Bunsen Burner

Usbeck Teclubrenner, needle valve, air regulation

This model was specially developed for professional laboratory applications and offers precise regulation of the gas supply as well as an infinitely adjustable air supply. The air is drawn in from below through the conically widened tube at the bottom and can be finely adjusted using a threaded regulating disc. Compared to similar burners on the market, this appliance impresses with its stable flame, high level of safety and reliable performance over long periods of time.

Reliable gas control and efficient combustion

The combination of needle valve and air regulation enables particularly precise control of the flame. While the needle valve regulates the amount of gas, the air control ensures optimum mixing of fuel and oxygen. This allows different flame characteristics to be generated, which are necessary for different applications in the laboratory. Gas consumption can also be regulated as required, which not only saves costs, but also promotes safe and energy-saving work.

Important technical features at a glance: - Compatible with natural gas and propane gas
- Temperature up to 1560 °C (with propane gas)
- Consumption: 125 l/h (natural gas) or 65 l/h (propane gas)
- Load: approx. 1.3 kW (natural gas) or 1.5 kW (propane gas)
- Standardised version in accordance with DIN 30665 available on request
- Weight: 260 g and height: 155 mm

The appliance has a tube diameter of 14 mm as standard and a head diameter of 17 mm for even flame distribution. Thanks to the high-quality workmanship and low weight, the burner is easy to handle and yet robust enough to withstand the demands of professional laboratories. An optional adhesive base is available on request and provides additional stability if required in the respective application.

One of the key features is that this DIN burner cannot be completely switched off according to the standard (DIN 30665). A small flame therefore remains when the gas tap or needle valve is closed. From a safety point of view, it is therefore crucial that the gas supply is ultimately interrupted at the central laboratory shut-off valve. This prevents the gas from accidentally continuing to burn and ensures maximum safety.Certifications and standards

For many laboratories, compliance with certain standards is mandatory. The device is available with DIN 30665 and DIN-DVGW reg. no. NG-2211AN0133. This means that it fulfils key safety and quality requirements that are essential for professional use in research facilities, schools and industrial environments. The certifications also simplify approval procedures and ensure smooth integration into existing laboratory concepts.

Application examples

Thanks to the stable flame control and flexible adjustment of gas and air, this burner is suitable for a wide range of applications: - Sterilisation of microbiological equipment such as inoculation loops or flasks
- Heating test tubes and Erlenmeyer flasks for chemical reactions
- Melting agar and other culture media in biotechnology laboratories
- Dissolving metals from slag samples in metallurgical test laboratories

Due to its robust design, the burner is also suitable for frequent switching between natural and propane gas operation. This makes it particularly interesting for laboratories that use different fuels flexibly and require variable flame characteristics.

FAQs

How should I operate the burner safely?

Make sure that there are no flammable materials in the immediate vicinity within the working area. Only adjust the amount of gas and air supply when the burner is safely positioned on the surface and always monitor the flame.

Can I switch off the flame completely using the needle valve?

No, with the DIN version a minimal flame continues to burn even when the needle valve is closed. To switch off completely, the gas must be turned off at the central laboratory shut-off.

How high can the temperature get with propane gas?

With propane gas, a flame temperature of up to 1560 °C can be reached. Propane is therefore often the preferred choice for precise experiments at high temperatures.

What maintenance measures are required

Regular visual inspections for wear or contamination are recommended. Make sure that there is no residue in the burner tube and clean the outside of the burner to prevent rust formation.

Conclusion

The precise regulation of the gas and air supply makes the burner ideal for a wide range of laboratory processes with high safety and temperature control requirements. It enables controlled flame operation for applications in chemistry, biology or metallurgy and can be operated with both natural gas and propane gas. Thanks to the optional DIN certification and the robust design, it fulfils all common requirements placed on gas burners in professional laboratories. This means that nothing stands in the way of safe and efficient work with this laboratory appliance.

Usbeck Teclubrenner, needle valve, head diameter 30 mm, air regulation

The compact and durable laboratory burner is ideal for precise heating processes in research laboratories, universities and industrial training centres. Thanks to the integrated needle valve and the infinitely variable air supply, the flame characteristics and temperature can be optimally adjusted. This feature is particularly recommended for sensitive substances that require stable and precisely controlled heating conditions. Compared to comparable laboratory gas burners, it scores points with its high-quality workmanship and compatibility with different types of gas.

Reliable performance and precise control

The appliance impresses with its robust design and sophisticated construction, which allows a reproducible flame size. With the combination of conical air intake and finely adjustable regulating disc, the burning behaviour can be precisely aligned to various applications. A special feature of the DIN version is that the gas flow cannot be completely shut off (in accordance with DIN 30665), so that a small safety flame always continues to burn. The actual gas shut-off takes place via the central laboratory or in-house system. In addition, the manufacturer-specific design enables safe air regulation, which reduces operating errors and improves flame stability.

Important technical data in a compact overview:
- Maximum temperatures: up to 1600 °C (propane gas), 1520 °C (natural gas)
- Gas consumption: 200 l/h (natural gas) or 85 l/h (propane gas)
- Power: approx. 2.3 kW (natural gas) or 2.5 kW (propane gas)
- Height: 165 mm, weight: 330 g, pipe diameter: 19 mm
- Head diameter: 30 to 32 mm (depending on model)
- DIN option: Available with DIN-DVGW reg. no. NG-2211AN0133

This means the appliance covers a wide range of applications with different gas sources. Thanks to the option of using natural gas or propane gas, this laboratory burner is versatile and is ideal for laboratories with equipment designed for different fuels. In addition, adhesive feet are available on request to securely fix the burner in place if required or for specific applications.

For the DIN version, the burner was designed and tested in accordance with DIN 30665. Even when the needle valve is closed, a small flame continues to burn for safety reasons. This standard version is often prescribed in the professional laboratory environment in order to guarantee the user operating safety and standard-compliant use. If necessary, it is also advisable to interrupt the gas flow at a central shut-off point to prevent an unintentional gas supply during longer work interruptions.

Certifications and standards

- Available in accordance with DIN 30665
- DIN-DVGW reg. no. NG-2211AN0133 for natural gas operation
- High-quality production in accordance with safety standards in professional laboratories

The design in accordance with DIN 30665 provides a reliable basis for laboratories that require standardised burner solutions. At the same time, a universally applicable model class without DIN equipment is available to meet individual requirements.

Application examples

- Melting metal salts in chemical research and development, for example when boiling molten salts or glazes
- Heating reagents in microbiology (e.g. for sterilisation work or liquid systems)
- Organic syntheses with precise heat supply when heating sensitive substances such as alcohols or ketones
- Demonstration experiments in schools and universities where a clean and easily adjustable flame is essential

The flexible adjustment of the air regulation and the integrated needle valve allow a wide range of work processes to be carried out safely and reproducibly. The burner helps users to select a suitable flame colour, temperature zone and flame height in order to heat sensitive or reactive substances in the best possible way.

FAQs

How can the flame be finely adjusted?

The flame height can be regulated using the needle valve. In addition, the infinitely variable air supply offers precise adjustment of the flame hardness and the oxygen content in the combustion by means of control plates or rotary mechanisms.

Is the model suitable for all types of gas?

Variants for natural gas and propane gas are available as standard. This makes it possible to adapt to the fuels available in the laboratory. The DIN version is specially designed for natural gas.

What is the maximum temperature?

Depending on the type of gas, the temperature is around 1520 to 1600 °C. This means it is designed for a wide range of heat-intensive processes in the laboratory environment.

Do I need an additional shut-off device?

For the DIN version (DIN 30665), it is necessary to use a central gas shut-off, as the burner cannot be completely closed. For other models, it is generally recommended to use centralised shut-off systems for safety reasons.

Can sensitive reagents be heated gently?

Yes. Precise control of the gas and air supply allows the flame to be adjusted continuously, which enables optimum temperature control even for sensitive materials.

Conclusion

This Teclub burner impresses in laboratories and educational institutions that need a reliable, flexible heating device. The combination of robust design, needle valve and adjustable air supply allows the flame to be regulated quickly and precisely. With its certified DIN design, universal gas application options and additional safety features, it offers a sophisticated solution for a wide range of applications. This allows both standard reactions and demanding experiments to be carried out efficiently and safely.

Usbeck safety burner, DIN, safety pilot, gas tap, pilot flame, air regulation

This compact burner is ideal for all laboratory applications where precise and safe flames are required. In addition to an integrated ignition safety device and a finely adjustable gas tap, the device impresses with a reliable pilot flame and variable air regulation. Compared to similar laboratory burners, the model is designed for maximum safety and durability. Thanks to its robust construction and compliance with relevant standards, it offers a high level of reliability, especially with frequent use.

Effective flame control for everyday laboratory work

The burner has numerous setting options to cover various requirements in chemical, biological or physical laboratories. The pilot flame serves as an energy-saving interim solution when full burner output is not required for a short time. The flame can be adapted to the respective application using the air regulation, which enables efficient working. The combination of ignition safety device and gas tap also ensures a high level of safety: if the flame ignites unintentionally, the device automatically cuts off the gas supply and prevents dangerous gas build-up.

A typical feature of DIN burners, according to DIN 30665, is that they cannot be switched off completely, as a small flame always remains when the gas tap is closed. This residual flame is intended to prevent a gas-air mixture from accumulating unnoticed in the burner. To extinguish the flame completely, the gas must be disconnected at a central shut-off in the laboratory. This safety measure can prevent potential ignition hazards, which is particularly advantageous in busy laboratory areas.Important technical features

- Standard-compliant design in accordance with DIN 30665
- Integrated ignition safety device to prevent dangerous gas leaks
- Variable gas tap for precise regulation
- Economy flame to reduce gas consumption
- Air regulation to adjust the flame intensity
- Temperatures up to 1520 °C (natural gas) or 1550 °C (propane gas)
- Gas consumption of 110 l/h for natural gas or 65 l/h for propane gas

In addition, the burner offers an output of 1.7 kW for natural gas and 2 kW for propane gas, which is completely sufficient for the majority of typical laboratory applications. With a height of 160 mm and a weight of 370 g, it can be easily integrated into existing laboratory set-ups or fume cupboards. The tube diameter is 13 mm and the burner head has a diameter of 17 mm. If you need additional stability, you can request an optional adhesive base.

Certifications and standards

As a laboratory burner, the appliance fulfils the strict requirements of DIN 30665 and has DIN-DVGW reg. no. DG2411CM0440. This proves that the burner complies with the high German standards for gas appliances. These certifications are of great importance in professional laboratory environments, as they support safe and compliant operation.

Examples of use

In laboratory practice, this model is often used to heat liquids in Erlenmeyer flasks, beakers or test tubes. Annealing metals or ceramic parts is also possible without any problems. Thanks to the controlled air supply, the appliance is also suitable for the gentle annealing of microbiological equipment such as inoculation loops or heat tips. It is also used for heating solids in porcelain dishes or for the careful sterilisation of small tools. The high flame temperature enables the processing and melting of substances such as sodium acetate or for the short-term substance purification of various organic compounds.

FAQ

How can the flame be set precisely?

The flame is adjusted using a gas tap and the air regulator. First open the gas flow and define the desired flame height using the gas tap, then regulate the air supply to adjust the flame colour and temperature.

Is the burner equally suitable for natural gas and propane gas?

Yes, it can be operated with both natural gas and propane gas. With natural gas, the appliance delivers a flame temperature of around 1520 °C and with propane gas around 1550 °C.

Why does the burner continue to burn despite the gas tap being closed?

According to DIN 30665, a small flame continues to burn because the burner should not be switched off completely. This residual flame serves to reduce the risk of unnoticed gas leaks. To switch off completely, the central shut-off in the laboratory must be closed.

How does the ignition safety device work?

The ignition safety device recognises if the flame goes out accidentally and automatically interrupts the gas supply. This prevents uncontrolled gas leaks and increases work safety.

Conclusion

With its robust design, reliable ignition protection and wide range of setting options, this laboratory torch fulfils professional requirements in terms of safety and efficiency. It impresses with its standard-compliant design in accordance with DIN 30665, solid performance and high temperature properties. Both the precise regulation of the flame and the integrated pilot flame offer maximum flexibility in daily laboratory use. Whether for heating liquids, annealing metals or sterilising microbiological equipment - this appliance is a well thought-out solution for a wide range of work areas where a safe and stable flame is essential.

Usbeck Teclubrenner Allgas, needle valve from below

The Usbeck Teclub burner Allgas, needle valve from below is ideal for precise heating processes in laboratory environments, workshops and training centres. Its conically widened tube and the particularly finely adjustable air supply ensure a uniform flame for natural gas, propane and butane. The pinpoint needle valve from below allows the gas supply to be precisely regulated, enabling exceptionally precise control of the flame size and temperature. Compared to similar burners, this model ensures greater efficiency because the gas flow rate is optimally utilised and the temperature can be kept stable.

Reliable function with sophisticated air and gas control

This burner is specially designed for professionals who need a safe, robust and flexible heat source. Air is drawn in from below through the conically widened pipe. A finely adjustable regulating disc controls the air supply as required, ensuring optimum combustion at all times. There is also the central needle valve, which is suitable for all common types of gas. Any flame outbreaks or flashbacks are largely avoided thanks to the intelligent interplay of air supply and controlled gas volume.

- Compatible with natural gas, propane and butane
- Temperature range up to 1500 °C (natural gas) and 1540 °C (propane gas)
- Consumption with natural gas: approx. 140 l/h, with propane gas: approx. 50 l/h
- Power consumption (load) is between 1.6 kW (natural gas) and 1.7 kW (propane gas)
- Pipe diameter of 14 mm and head diameter of 17 mm
- Height of 155 mm for space-saving use
- Weight of only 255 g for uncomplicated transport

Further details such as the chrome-plated surface (subject to manufacturer's specifications) and the robust head make this torch the first choice for demanding workplaces. It is sturdily manufactured, which means it stands securely on the table and can reliably withstand high temperatures for a long time.

As this model does not have official DIN certification according to the table, it may be subject to additional internal safety testing in some laboratories. However, the design fulfils the usual requirements for laboratory burners in industrial and research environments and meets the high standards of Usbeck KG in terms of quality and performance. This ensures safe and efficient operation.

Concrete applications in laboratories and research

This burner can be used for a wide range of applications, as different types of gas can be utilised. This allows it to be flexibly adapted to room and process conditions. Some typical examples:

- Melting small metal samples at a specific temperature (e.g. solder, lead or tin alloys)
- Heating and annealing of glass tubes in chemical analyses
- Sterilisation of injection needles or laboratory instruments in the microbiology laboratory
- Carrying out flame samples for identification tests (e.g. sodium, potassium or calcium compounds)

The choice between natural gas, propane and butane also means that a suitable gas type is available for every laboratory environment, which is particularly advantageous in research facilities that stock different fuels. Thanks to its compact height, the burner can also be easily positioned in confined workbenches.Frequently asked questions (FAQs)

How exactly can the flame intensity be regulated?

The flame intensity is controlled via the needle valve, which is located on the underside of the burner. The air supply is finely adjusted on the regulating disc so that the flame can be individually adjusted to the desired application.

Can the burner also be used outdoors?

In principle, operation outdoors is possible, but it should be noted that wind or strong air currents can affect combustion and therefore the temperature. A wind-protected area is recommended for laboratory or research purposes.

Which gas cylinder size is best suited?

This depends on the planned duration of use. For high consumption quantities and longer burning times, a larger gas cylinder for propane or butane makes sense. Smaller cartridges are sufficient for shorter jobs, provided the connections can be configured appropriately.

Are there additional elements such as an adhesive base?

According to the technical data, the adhesive base is not included in the scope of delivery and can be purchased as an option for an additional charge. This provides additional stability if oscillations or vibrations are to be expected in the surroundings.

Does the appliance have an integrated ignition device?

No, the appliance is usually lit by hand using a match or ignition rod. This enables precise positioning of the flame and also increases operational safety.

Summary and outlook

The key benefit of this burner lies in its precise control, which is achieved by the needle valve from below in combination with an adjustable air supply. This allows different gas types such as natural gas, propane and butane to be used, which is an advantage in many laboratory areas. Thanks to its compact design and low weight, the device is easy to transport and can be used in various environments. Its robustness, wide temperature range and adjustable air flow make it a reliable tool for everyday laboratory work, training or industrial use. Whether for melting work, sterilisation or flame samples - the burner demonstrates its performance wherever constant and precise heat sources are essential.

Usbeck Teclub burner, lever tap, pilot flame, air regulation

The Usbeck Teclubrenner with integrated lever tap function, pilot flame and air regulation is a versatile laboratory burner that offers precise heating performance. Thanks to its conical tube shape and finely adjustable air supply, this burner is particularly suitable for applications that require a uniform and controllable flame. Compared to conventional devices on the market, its intelligent design enables faster workflows and reliable flame control, making it particularly recommended for demanding laboratory work and other technical areas.

Precise performance and flexibility

This burner can be operated primarily with both natural gas and propane gas. The combination of reliable pilot flame function and infinitely variable air regulation ensures safe and reproducible heating of samples, reagents or materials in the laboratory. A solid and finely tuned burner is essential, especially in areas where small deviations in temperature have a major impact.

The conical tube guide helps to ensure that the air is drawn in from below and can be optimally adjusted via a regulating disc. This allows not only the flame size but also the flame intensity to be finely adjusted to the respective requirements. Another plus point is the integrated lever tap system, which allows the flame to be controlled quickly and conveniently. The economy flame ensures that no time-consuming restarts are necessary and increases safety in everyday laboratory work. After all, nobody has to constantly close and reopen the gas valve - the flame can instead be set to a low level until it needs to be intensified again.

- Gas types: Suitable for natural gas and propane gas
- Temperature range: Approx. 1480°C (natural gas) or 1530°C (propane gas)
- Gas consumption: Around 100 l/h (natural gas) or 65 l/h (propane gas)
- Power: Between 1.25 kW (natural gas) and 1.5 kW (propane gas)
- Dimensions: Height 155 mm, pipe diameter 14 mm, head diameter 17 mm
- Weight: approx. 280 g
- Optional accessories: Adhesive base on request

With these technical features, the torch fits easily into various work areas. The comparatively low gas consumption ensures economical working, while the possible working temperature of up to 1530°C (when using propane gas) provides sufficient scope for various experiments or material processing.

Certifications and standards

According to the available data, this burner is not DIN-certified. Nevertheless, Teclub burners from Usbeck KG have proven themselves in many laboratories, as they deliver reliable results and a high level of operational safety. Users should also always ensure compliance with other safety requirements such as CE and their own company safety regulations.

Examples of use

1. Sterilisation in the laboratory: bacteriological work or flaming bacteriological eyelets.
2. Heating of reagents: Uniform heating of chemical substances for analysis purposes.
3. Material sample processing: Melting, soldering or bending work on small metal or glass samples.
4. General laboratory applications: Preparing agar media, carrying out precipitation reactions, heating water solutions or drying laboratory glassware.

The Teclubrenner shows its strengths in areas such as microbiology, chemical and materials research or when preparing biological samples. Its precise flame behaviour and the pilot flame option save time in work processes that require frequent heating and cooling.

FAQs

How does the air regulation work

?

A threaded regulating disc at the lower end of the burner tube precisely controls the air supply so that the flame can be adjusted to specific requirements.

Is it possible to operate without an economy flame?

Yes, the pilot flame is a practical additional function, but can be deactivated if continuous operation or simple switching on and off is preferred.

What needs to be considered when switching from natural gas to propane gas

It should be ensured that the respective gas supply is connected correctly. In addition, lower air volumes are generally required for propane gas, which can be easily adjusted using the regulating disc.

How safe is the burner in everyday laboratory use?

The burner is very safe thanks to its robust design, precise air and gas regulation and the option to use an economy flame. Nevertheless, the usual protective measures are always recommended, such as safe installation and compliance with operational safety regulations.

Can an adhesive base be retrofitted?

Yes, an adhesive base is available for an extra charge. This extension gives the appliance more stability, especially on uneven work surfaces.

Conclusion

This Teclub burner impresses with its reliable heat output, user-friendly air regulation and practical economy flame function. Thanks to the variable application options for natural and propane gas, a high temperature output and extensive application scenarios, it is an ideal choice for laboratory-intensive workplaces that require a precise, clean and safe flame supply. In particular, the lever tap system and the possibility of fine adjustment using the regulating disc make the burner an efficient tool that meets the requirements of many laboratories and workshops.

Usbeck Teclubrenner, DIN, double lever, pilot flame, air regulation

The Usbeck Teclub burner has been specially designed for demanding laboratory applications and offers excellent controllability thanks to its double lever, pilot flame and precise air regulation. Compared to conventional laboratory gas burners, this burner impresses with its standard-compliant design in accordance with DIN 30665 and its robust construction, which ensures a long service life even with intensive use.

Versatile functions for professional laboratory use

This Teclub torch offers several advantages for use in laboratories, research facilities and specialist workshops. Its conically widened tube ensures an optimised air supply, which can be finely adjusted using a threaded regulating disc. This allows the gas/air mixture to be precisely adjusted so that controlled and efficient combustion is achieved. When the gas tap is closed, a small flame remains, which complies with standardised safety standards.

With a height of 155 mm and a tube diameter of 14 mm, the burner is easy to integrate into typical laboratory set-ups. The double lever makes it easy to switch quickly between normal and pilot flame, while the regular air supply can be permanently adapted to different gases and flame requirements using the adjustable regulating disc. This means the burner can be used optimally for experiments, heating processes or sterilisation tasks in everyday laboratory work.

Important technical details

- Suitable for natural gas and propane gas
- Reaches up to 1500 °C (natural gas) or 1540 °C (propane gas)
- Consumption of approx. 100 l/h (natural gas) or 60 l/h (propane gas)
- Load between 1.25 kW and 1.5 kW depending on the type of gas
- Weight of 270 g, making it easy to handle
- Head diameter 17 mm for targeted and stable flame
- Adhesive base optionally available

In addition, the burner complies with DIN 30665 and bears the DIN-DVGW reg. no. NG-2211AN0133. These certifications confirm the high safety and quality of the burner, meaning that it fulfils the demanding requirements of laboratories and research facilities. Thanks to its robust design, it is ideal for continuous operation and is characterised by particularly safe handling: The pilot flame continues to burn when the local gas tap is closed to prevent it from going out unexpectedly. Only the central shut-off switches off the gas supply for good.

Concrete areas of application

The burner proves to be extremely useful in many areas: - Heating test tubes and flasks in chemical laboratories
- Sterilisation of instruments such as pipette tips or inoculation loops in microbiological applications
- Carrying out flame samples, especially when analysing alkali and alkaline earth salts
- Rapid heating of solvents or samples in pharmaceutical laboratories

In addition, powdery or solid substances such as metal salts and organic compounds can be safely heated or incinerated to check various chemical reaction processes. Its high flame stability facilitates precise dosing of the heat supply, which is crucial for reproducible results in demanding experimental setups.

FAQs

How does the double lever operation work?

The first lever is used to switch on and fine-tune the main input, while the second lever quickly switches to an economy flame. This means that changing work steps can be carried out without time-consuming re-ignition.

Which gases can be used

The burner is designed for both natural gas and propane gas. Thanks to its adjustable air supply, the gas/air mixture can be optimally regulated for both fuels.

How to clean the burner optimally

It is advisable to dismantle the burner pipe at regular intervals and remove any deposits. Brushes with soft bristles and compressed air can be used for fine spots. In case of heavy soiling, a mild cleaning agent should also be used, which is then rinsed off without leaving any residue.

What needs to be considered in terms of safety

Because of the DIN standard, a small flame continues to burn when the gas tap is closed. Therefore, the central shut-off of the laboratory should always be closed after use. Also ensure safe positioning to avoid burns or damage to laboratory benches.

Can the flame intensity be precisely regulated?

Yes, the ratio of gas to air can be precisely adjusted using the air control disc, which ensures a stable and easily controllable flame.

Conclusion

In many laboratory environments, this DIN-compliant Teclub burner is a reliable standard for safe and efficient heating. Its sophisticated double-lever system enables quick switching between normal and pilot flame, while the precise air regulation ensures a controlled burning performance at all times. Its robust construction and precise adjustment options make it ideal for continuous use. In addition, certified quality standards such as DIN 30665 and DIN-DVGW reg. no. NG-2211AN0133 guarantee a high degree of safety and reliability. Anyone who places great value on quality and convenience will find this burner to be an excellent solution for everyday professional laboratory use.

Usbeck Teclub burner for cartridge, needle valve, air regulation

The compact and powerful design of this gas burner provides professional users in laboratories and workshops with a precise, even flame that is particularly suitable for demanding heating and sterilisation applications. Compared to conventional laboratory burners, this model impresses with its integrated air regulation and a needle valve, which enables precise adjustment of the gas flow. This allows the flame to be ideally matched to different materials and requirements. Its robust workmanship is also designed for durability, making it ideal for daily use in chemical, microbiological and technical laboratories.

Precise performance and versatile application options

This gas burner works with a maximum flame temperature of up to 1620 °C (depending on the cartridge type) and covers a wide range of applications. With its adjustable air supply and finely adjustable needle valve, the flame intensity can be precisely adjusted. Whether you need to melt small glass tubes, heat samples at different temperatures or sterilise - the system ensures a stable flame without flickering. In addition, its thread is designed to fit standard cartridges, making the burner flexible for use in many environments. As it works without an external gas line, it is easy to transport, for example between different workstations in the laboratory.

The well thought-out design places particular emphasis on safety and reliability. A rubber sealing ring on the underside of the burner valve should be checked regularly for integrity to ensure a secure seal and stable fuel supply. Thanks to its low weight of 190 g, the appliance is also easy to handle and allows comfortable operation even over longer periods of time.

Important technical details at a glance

- Temperature range up to a maximum of 1620 °C
- Consumption: approx. 0.13 l/h
- Heat load: approx. 1.4 kW
- Weight: 190 g for easy handling
- Height: 140 mm, tube diameter: 14 mm, head diameter: 17 mm
- Needle valve for precise gas dosing
- Integrated air regulation for optimum flame composition

Not DIN-certified, but carefully manufactured and designed for a long service life. Other certifications such as CE are not listed, but it is a tried and tested product in laboratory circles. A suitable plastic handle can be replaced if necessary to ensure ergonomic handling in the long term. In addition, the adhesive base is optionally available, which can further increase stability in certain setups.

Thanks to its compact design and low gas consumption, the torch is suitable for many applications in research, development and small series production. Another practical feature is the easy combination with different types of gas, provided they are compatible with the required connection specification.Concrete application examples

1. Sterilisation in the microbiological laboratory
   Here, the burner is used to safely remove microorganisms from glassware, metal instruments and slings. The high temperature ensures that germs are reliably eliminated

2. Sample preparation in chemical analyses
   In certain procedures, substances must be vaporised or heated without leaving any residue. The finely adjustable flame facilitates the melting and burning of various samples.

3. Glass processing in research and trade
   Thanks to the temperature control, thin glass tubes and rods can be heated and moulded with pinpoint accuracy, which is an advantage both in everyday laboratory work and in workshops with a glass-blowing component.

4. Small soldering jobs in technical facilities
   The Teclubrenner provides a controllable flame for delicate soldering joints in the electronics sector or metal construction, allowing sensitive components to be heated with pinpoint accuracy.

Frequently asked questions (FAQ)

How to optimally regulate the flame

The flame is adjusted via the needle valve and the air regulator. First adjust the gas volume via the needle valve, then adjust the air slide. This allows both a hot, pointed flame and a wide, soft flame to be produced.

Which cartridges are compatible

The burner is designed for common cartridge types with a suitable connection. The exact selection depends on the desired gas mixture and the existing cartridge standard. If you are unsure, it helps to compare the cartridge specifications with the burner thread.

Why does the rubber sealing ring need to be checked regularly?

The rubber sealing ring keeps the valve tight and prevents gas loss, which is essential for safe use. Damaged seals should be replaced immediately to prevent leaks.

What protective measures are recommended

Always wear heat-resistant protective gloves and safety goggles. Also make sure you have a stable base on which the burner can stand securely to prevent it from tipping over.

Conclusion

With its robust yet sophisticated design, this gas burner offers a durable solution for laboratory and workshop applications where high temperatures and precise settings are required. The integrated air regulation and fine needle valve provide users with a reliable, flicker-free flame that can be adapted to a wide range of materials and tasks. The regular inspection of the rubber sealing ring in the valve area also ensures safe handling in the long term. Whether sterilisation in microbiological laboratories, glass processing in research or fine soldering work in the technical field - the versatility and precise heat regulation make this torch an indispensable tool for professional use.

Usbeck Teclub burner, air regulation

The Usbeck Teclub burner with air regulation is a high-quality laboratory burner that is particularly suitable for professional applications in chemistry laboratories, training centres and research facilities. It impresses with its precisely adjustable air supply, allowing the flame intensity to be precisely regulated. Compared to other appliances on the market, this burner scores points for its consistent results, robust design and reliable combustion performance with both natural gas and propane gas.

Performance features and design

This Teclub burner is characterised by its conically widened burner tube at the bottom, which allows air to circulate from below. Continuous fine adjustment is made via a threaded regulating disc, which allows both precise control of the flame height and the optimum supply of oxygen. This means that the flame can be set to either oxidising or reducing, which is of great importance for many laboratory applications.

The robust design with a weight of 245 g and a height of 155 mm, which ensures safe working and a stable stand, is particularly noteworthy. For even more safety, an additional adhesive foot can be purchased for an extra charge, which makes the torch more slip-resistant and prevents unwanted movements on smooth work surfaces.

Thanks to the possibility of using both natural gas and propane gas, this laboratory burner is very versatile. Temperatures of around 1550 °C are achieved with natural gas and around 1560 °C with propane gas. This provides sufficient heat to heat, melt or sterilise various samples.

Important technical data (selection)

- Maximum working temperature: 1550 °C (natural gas) / 1560 °C (propane gas)
- Gas consumption: 115 l/h (natural gas) / 65 l/h (propane gas)
- Burner load: 1.5 kW (natural gas) / 1.3 kW (propane gas)
- Height: 155 mm
- Tube diameter: 14 mm
- Head diameter: 17 mm
- Weight: 245 g

The conical burner base ensures a stable air flow, while the regulating disc is responsible for an even and finely adjustable oxygen supply. Thanks to this design, homogeneous flame formation is supported, which is an advantage for sensitive work such as heating reactive substances or high-quality glass processing.

Certifications and standards

Although this burner does not have DIN certification, it still fulfils the basic safety requirements for use in laboratory environments. It is made of high-quality materials and enables safe handling with constant burning power. For professionals who also value CE labelling or other certificates, it is advisable to check the latest information directly with the manufacturer.

Concrete application examples

- Melting metals with comparatively low melting points, such as tin or lead
- Sterilisation of laboratory utensils and sample containers to avoid contamination
- Heating organic substances for distillation or drying processes
- Carrying out flame samples in the qualitative analysis of inorganic salts

The flexible use of natural gas or propane gas makes the burner particularly suitable for laboratories in which different fuels are used. The precise air regulation also allows the flame pattern to be precisely adapted to the respective process.

FAQs

How do I set up the air supply optimally?

Adjust the regulating disc in small steps and observe the size and colour of the flame. A bluish, roaring flame indicates a high oxygen supply and is ideal for many laboratory applications.

Do I need special accessories?

An adhesive base is available at an extra charge and can provide additional support for smooth or uneven surfaces. Otherwise, all you need is a suitable gas source (natural gas connection or propane cylinder).

How do I go about changing the fuel source?

Close the old gas source and wait briefly until the appliance has cooled down. Then connect the new gas pipe and readjust the air supply to achieve the optimum flame.

What is the maximum operating temperature?

With natural gas, the temperature is around 1550 °C, while up to 1560 °C can be reached with propane gas.

Conclusion

Thanks to infinitely variable air regulation and solid workmanship, this laboratory burner is a reliable solution when it comes to versatile and precise heating tasks. The option to use both natural gas and propane gas makes it particularly flexible. The robust design, adjustable flame height and the option to add additional safety components emphasise the professional character of the appliance and provide professionals in laboratory environments with a durable, powerful and versatile working basis.

Usbeck cartridge burner with safety pilot, DIN, cartridge included

The Usbeck cartridge burner with safety pilot, DIN, including cartridge is specially designed for laboratories where a flexible, safe and precise heat source is required. Thanks to its integrated ignition safety device and robust design, the appliance is a reliable alternative to stationary gas burners. Compared to similar products, this burner impresses with its tested DIN-DVGW certification and the combined use of butane and propane, which enables a long-lasting flame and even heat output.

Properties and special features

The design is based on an integrated thermocouple that generates an electrical voltage when heated. This open-circuit voltage opens the previously manually operated solenoid valve and keeps it open as long as the burner is in operation. If the flame goes out, the thermocouple cools down, causing the solenoid valve to close automatically and the gas supply to stop. This effectively prevents uncontrolled gas leaks.

In addition, precise air regulation and a needle valve are installed, which makes flame adjustment easier. The enclosed cartridge (70 % butane, 30 % propane) ensures a burn time of around three hours, so that longer work is also supported. With a gas consumption rate of 0.13 l/h and an output of 1.4 kW, the appliance is suitable for both spot heating and continuous operation. Thanks to its compact format, it fits perfectly on laboratory benches without taking up valuable work space.

Technical facts at a glance

- DIN-DVGW reg. no. DG-2411CM0440
- Maximum temperature: approx. 1620 °C
- Fuel mix: butane/propane (70:30)
- Burning time of the cartridge: approx. 3 hours
- Needle valve for flame regulation
- Weight: 660 g
- Height: 160 mm

The cartridge also complies with EN 417:2012 and has a safety valve. An adhesive base is available for an extra charge, which allows the burner to be fixed even more securely to the surface. A matching plastic handle is also available as a spare part for optimum convenience.

Certifications and standards

This laboratory gas burner fulfils the requirements of the relevant DIN standard and has been awarded DIN-DVGW registration. This guarantees compliance with high safety and quality standards. The special thing about this certification is that it guarantees a reliable and high-quality design in terms of safety, which is particularly essential in the laboratory environment.

Examples of use

- Heating and burning samples in chemical analysis, for example when preparing samples for digestion or drying solids
. - Sterilisation of inoculation needles and pipette tips, particularly in biological and microbiological laboratory environments.
- Fusing small glass or metal parts in materials testing laboratories and in technical service where pinpoint heat is required.
- Generating flames in pharmaceutical laboratories to process certain substances such as agarose gel or heat-resistant plastics.

FAQ

How large is the flame range?

The flame height varies depending on the setting of the air regulation and needle valve. This makes it possible to achieve a compact flame of just a few millimetres through to a longer flame for larger applications.

What safety mechanisms are integrated

The burner has a thermocouple and a solenoid valve. As soon as the flame goes out, the valve closes automatically and interrupts the gas supply.

Is it complicated to replace the cartridge?

No, replacing the cartridge is quick and easy. The integrated safety valve supports safe replacement, as no gas can escape when the cartridge is removed.

Do you need any other accessories?

An adhesive base can also be purchased to make the appliance even more stable. If the plastic handle wears out after prolonged use, this is also available separately.

Can the burner be used outdoors?

Although the model was developed for laboratory environments, it is in principle possible to operate it outdoors. However, a counterflow of air or strong wind should be avoided to ensure a constant flame.

Conclusion

This burner offers a reliable heat source for demanding laboratory tasks and impresses with its high level of safety and remarkable flame temperature. The integrated thermocouple and precise air and gas supply regulation allow precise, efficient work. In addition, the long burning time of the cartridge facilitates various applications without the need to constantly change accessories. With its DIN-DVGW certification, the appliance proves to be a high-quality and reliable solution for a wide range of laboratory applications.

Usbeck Bunsen burner all gas, needle valve, air regulation

The Usbeck Bunsen burner all gas, needle valve, air regulation is a reliable tool for precise heat applications in professional laboratory environments. It is based on a straight burner tube and is characterised by its versatility with different types of gas such as natural gas, propane or butane. Especially in analytical laboratories, where precise flame control and high temperature stability are crucial, this model offers outstanding performance compared to conventional burners. The needle valve allows fine regulation of the flame intensity and the sliding air sleeve ensures optimum control of the air flow. As a result, an extremely clean, even flame can be achieved for a wide range of heating, sterilisation and melting processes.

Reliable performance for a wide range of laboratory applications

The sophisticated design with needle valve and air regulation ensures safe, comfortable working when heating samples, killing germs or welding certain materials. At the same time, the torch is flexible enough to be quickly adapted to different types of gas. Whether in university research, industrial laboratories or training centres: This laboratory torch scores points with its durability and practical design, which is impressive both in everyday continuous use and in special applications.

Special features: - Precise flame control thanks to needle valve
- Air supply via adjustable air sleeve, lateral air intake
- Straight burner tube for reliable, even flame control
- Compatible with natural gas, propane and butane (all-gas)
- High operating temperature up to 1460 °C
- Powerful with low consumption (110 l/h)
- Optional adhesive foot variant on request

In addition, the appliance has a load of 1.2 kW and weighs just 270 g. The height of 170 mm, combined with a tube diameter of 13 mm and a head diameter of 17 mm, makes this burner pleasantly compact. It can therefore be easily integrated into standard laboratory set-ups and quickly adjusted or replaced if necessary. It is designed to be as easy to maintain as possible, which further increases its service life.

Certifications and standards

The burner fulfils common quality and safety requirements in laboratory environments. In the professional sector, compliance with all regulations for the use of gas-powered burners and CE labelling is also essential to ensure smooth operation in accordance with European standards. Users can therefore rely on a tested and compliant product solution that meets the high requirements in the laboratory.

Application examples

1. Heating sample solutions in chemical or medical laboratories, for example to evaporate solvents
2. Sterilisation of microbiological instruments such as inoculation loops or pipette tips by brief, intensive exposure to flame
3. Welding of small glass vessels and quartz tubes, e.g. for analysis purposes or for microreactors
4. Melting of low-melting-point metals and alloys for material testing or repairs

Thanks to its all-gas functionality and precise controllability, the burner can be used for a wide range of applications. Whether you use propane for a particularly hot flame for rapid heating or natural gas for AAS applications (atomic absorption spectroscopy), the cleanly regulated flame supports precise material testing, calibration processes and general laboratory routines.

FAQs

How to clean the burner

Regular removal of soot and gas residues extends the service life. The best way to do this is to brush the burner tube with a mild cleaning brush, then blow out any residue with compressed air or a gentle jet of water. The appliance should be cooled down and disconnected from the gas supply before cleaning.

Which gas connections are required?

Most laboratories use standardised gas connections that are suitable for natural gas, propane or butane operation. A quick check with the house installation or the gas supplier prevents incompatibilities. Depending on the model, an adapter solution is also possible.

Can the flame be adjusted individually?

Yes, the gas supply can be very finely controlled using a needle valve. The oxygen supply can be regulated via the adjustable air sleeve, which allows the flame colour (e.g. glowing or sizzling) and intensity to be adjusted.

Is there a safety-relevant automatic switch-off function?

In many laboratories, a separate gas regulator or shut-off valve that can stop the gas flow is used for safety reasons. This allows the gas to be turned off quickly in an emergency, even if the burner itself is controlled manually.

Conclusion

This Bunsen burner offers precise handling, high temperature output and flexible gas utilisation - ideal conditions for safe use in demanding laboratory environments. The combination of needle valve, air regulation and robust design ensures reliable results in a wide range of applications. The result is a durable, professional tool that fully meets the quality requirements of modern research and industry.

Usbeck micro burner for cartridge

This compact special burner with piezo ignition is ideal for precise heating and flaming tasks in laboratories, educational institutions and the catering industry. Thanks to its ease of use and low gas consumption, the device is particularly recommended where a clean, focussed flame is required. Anyone looking for a robust burner that can be used in a variety of ways in both professional kitchens and research environments should consider this appliance. The reliable temperature achievement up to 1640 °C makes it the preferred tool compared to similar products on the market.

Precise control and high safety

Equipped with piezo ignition, it is particularly easy to start up: just press a button and the flame is safely ignited. The air regulation makes it possible to adjust the flame ratio precisely to the desired application. This is particularly essential in laboratories or for delicate soldering and ignition work in order to protect sensitive materials or process them in a targeted manner. In addition, an integrated needle valve ensures precise regulation of the gas supply so that long burning times can be realised if required without compromising on safety.

When used in the catering industry, the same precise air and gas balancing is helpful for flambéing with pinpoint accuracy. Typical challenges such as uneven heating or unintentional burning of food are significantly reduced thanks to the infinitely variable control. Another advantage is the lightweight design, which makes everyday work easier for the operating staff.Important technical features

- Temperature range up to around 1640 °C
- Fuel consumption of approx. 0.1 l/h
- Output of around 1 kW
- Compact weight of just 145 g
- Height of only 60 mm
- Head diameter of 15 mm
- Optional adhesive base for an extra charge (to increase stability)

In addition to these points, other details are often decisive for the purchase. These include, for example, the space-saving compact design, which allows the burner to be placed directly next to other appliances without taking up much space.

Designed for cartridge operation, the transition from the gas container to the micro burner is secured so that the risk of gas leaks is minimised when used correctly. The flame cone is emitted in a stable and finely adjustable manner, which enables reproducible heat development in a short time. The fact that it can be used as a highly focussed flambé burner, for example for preparing crème brûlée, demonstrates its user-friendliness in a catering environment.

Certifications and standards

According to current information from the manufacturer, there is no DIN certification, but the appliance fulfils all relevant safety and quality standards that are required in professional environments. When used correctly, safe working is guaranteed, which is demonstrated by the stable flame guidance and the carefully processed components. In the laboratory area, attention should always be paid to proper testing and internal safety regulations.

Concrete application examples

- Rapid heating in the laboratory: Whether for sterilisation work or the rapid heating of small glass parts, the burner provides controlled heat without a long lead time. - Soldering work in model making: Precision mechanical components can be safely welded or soldered thanks to the precise flame dosing.
- Gastronomic flambéing: From crème brûlée to browning desserts - the focussed flame gives food a crispy caramel coating.
- Heating speciality chemicals: Ideal for quickly heating various substances on a small scale, for example for vaporising or briefly tempering solvent residues.

FAQs

How do I change the gas cartridge safely?

Always disconnect the burner from the cartridge and allow it to cool down. Then attach the new cartridge until all seals are correctly seated. Always ensure that the screw cap is tight, but not too tight, so that the cartridge remains reliably sealed.

Which cartridge is suitable for this model?

Cartridges with a compatible screw thread or bayonet connection can be used. As there are various adapters and standards, we recommend consulting your specialist dealer to find the right model.

How do I clean the burner?

Use a soft cloth and clean the housing with a little detergent. The burner tube should be uncovered and carefully blown out to remove any dust residue or soot. Make sure that all components are completely dry before using the micro burner again.

Can the burner be in continuous operation?

Yes, as long as you ensure a sufficient gas supply and neither the valve nor the nozzle are blocked. For longer applications, always ensure a safe installation surface and good ventilation of the room.

What safety measures must be observed when using in the kitchen?

Always work on a sturdy, heat-resistant surface and keep children and unauthorised persons away. It is also advisable to have a suitable extinguisher within easy reach and never leave the burner burning unattended.

Conclusion

This versatile micro burner is characterised by its user-friendly piezo ignition and stable, reliable heat development. The air and gas regulation allows the flame intensity to be precisely adjusted, making it an indispensable tool for laboratory work, model making, catering and educational institutions. Thanks to its compact design, the appliance takes up very little space and can also be stowed away quickly and safely. If you are looking for a lightweight, powerful and flexible burner, this model is the ideal solution for a wide range of applications.

Usbeck Bunsen burner micro, needle valve, air regulation

The compact and precise Usbeck Bunsen burner micro, needle valve, air regulation impresses with its reliable performance and flexible application options in the laboratory. It is suitable for numerous heating processes and is characterised by its fine flame regulation and low gas consumption compared to other burners. Whether for short heating processes of samples or for precise sterilisation in microbiological applications - this laboratory appliance offers safety and efficiency at a professional level.

Precise flame control and robust design

Thanks to the integrated needle valve, the gas supply can be controlled with pinpoint accuracy, which is particularly important when heating sensitive substances. The air intake at the side can be regulated via a sliding air sleeve to achieve the optimum mixing ratio of gas and air. The straight burner tube with a diameter of 7 mm is able to produce a constant, focussed flame in a short time. With a height of just 100 mm and a weight of 115 g, the device proves to be extremely space-saving and handy.

It is also excellently positioned in terms of safety: The compact design offers a high level of stability, which allows for stable installation due to its design. In addition, an optionally available adhesive foot can provide additional stability if required. Whether natural gas or propane - the appliance is designed for both types of gas and reaches temperatures of up to 1320 °C. It therefore covers a wide range of tasks for everyday laboratory work.

Technical details at a glance

The most important key figures are summarised below to provide a quick overview: - Maximum temperature: 1310 °C (natural gas), 1320 °C (propane)
- Gas consumption: 35 l/h (natural gas), 20 l/h (propane)
- Load: 0.4 kW (natural gas), 0.3 kW (propane)
- Dimensions: Height 100 mm, pipe diameter 7 mm, head diameter 11 mm
- Weight: 115 g
- Air supply: Sliding air sleeve, lateral air intake
- Optional: adhesive base available for additional stabilisation

Thanks to its solid construction and high-quality workmanship, this burner is suitable for professional use in many areas of the laboratory. The high temperature output ensures fast and even heating, with precise flame adjustment possible at all times thanks to the needle valve technology.

Certifications and standards

Safety and reliability play an important role in laboratory environments. The manufacturer attaches great importance to compliance with relevant quality standards. This Bunsen burner is manufactured in accordance with the current CE guidelines for laboratory equipment and therefore fulfils strict requirements for occupational safety and material quality. For precise compatibility with other standards, a look at the respective laboratory specifications helps to ensure that all operational requirements can be met.

Examples of use

- Sterilisation of small laboratory tools: Pipette tips, inoculation loops or tweezers can be sterilised quickly and reliably using an open flame.
- Heating test tubes: Ideal for briefly heating small sample quantities, e.g. for evaporating volatile liquids.
- Microchemical reactions: For sensitive substances such as ethanol or isopropanol, the flame can be finely adjusted thanks to the needle valve.
- Bacterial culture control: The open flame provides rapid disinfection of metal loops to reduce contamination.

The compact design also makes the device suitable for mobile use in a wide variety of laboratory areas, for example in field laboratories or exchange stations, where a space-saving, finely adjustable burner system is required.

FAQs

What is the best way to adjust the flame

?

First adjust the gas supply using the needle valve and then vary the air supply using the adjustable air sleeve. This allows you to precisely adjust the flame for different applications.

Can I use both natural gas and propane?

Yes, the appliance is designed for natural gas and propane. Please note the different temperature ranges and gas consumption in order to achieve optimum results.

What is the adhesive base for?

The adhesive foot increases the stability of the burner, especially on uneven surfaces or when frequent changes of position are necessary. It is available as an option if additional stability is required.

Is the burner suitable for working with sensitive samples?

Thanks to its fine regulation, the device enables very gentle heating, which is particularly suitable for sensitive substances or small sample quantities. The precise control of the gas-air mixture prevents overheating.

Is CE labelling available

The burner is manufactured in compliance with the relevant CE directives. It therefore fulfils important safety and quality requirements for laboratory equipment.

Conclusion

This compact laboratory burner impresses with its precise setting options and high temperature output. The needle valve technology is ideal for sensitive applications in particular, ensuring the right flame at all times. The robust design, low weight and low height also make it remarkably handy and space-saving. Whether for microbiological sterilisation, rapid heating processes or mobile applications in the field laboratory - this burner offers an excellent balance of performance, safety and versatility.

Usbeck Bunsen burner, lever tap, pilot flame, air regulation

The Bunsen burner presented here is a particularly versatile solution for numerous applications in the laboratory environment. It is ideal for natural gas or propane gas and features a straight burner tube and precise air regulation via a sliding air sleeve. A significant advantage over similar burner models is the integrated pilot flame feature, which allows the flame to continue burning minimally even when closed to make relighting easier. Thanks to its robust construction, the burner is designed for continuous operation and complies with important standards, making it a reliable tool in professional laboratories.

Versatile features for efficient laboratory operation

The intelligent combination of lever tap and needle valve allows the gas supply to be optimally adjusted, ensuring a high level of efficiency in everyday laboratory work. The appliance is also impressive when it comes to safety: when used in accordance with DIN 30665, the standard stipulates that the flame cannot be switched off completely, but a very small flame remains, which can be regulated up again immediately if required. The gas tap on the central laboratory gas supply should of course always be carefully closed when the burner is no longer in use.

Overview of important technical data: - Max. Temperature: 1500 °C (natural gas) or 1520 °C (propane gas)
- Consumption: 100 l/h (natural gas) or 55 l/h (propane gas)
- Load: 1.1 kW (natural gas) or 1.25 kW (propane gas)
- Height: 155 mm
- Tube diameter: 14 mm
- Head diameter: 17 mm
- Optional adhesive base available

All versions of the torch measure 155 mm in height and weigh around 245 g. The attachment diameter of 14 mm is ideal for customisation in different laboratory situations in order to precisely shape the flame height. The lever tap also makes it particularly easy to switch between the pilot and working flame.

In chemical, biological or medical laboratories in particular, precise control of the heat output is always important. The variable air control allows users to set the flame from bright yellow to almost colourless (blue flame), which is required for applications such as sterilisation work, ash determination or concentration determination. This burner is also suitable for research projects in which, for example, reaction mixtures are heated or samples are dried. As the flame only burns at a low level when required, users save valuable gas and benefit from cost-effective laboratory operation.

As it is optionally available as a DIN burner, it can be supplied with the corresponding certifications. This offers additional safety and makes it easier to use in specially regulated areas. In DIN-compliant operation, the flame cannot be switched off completely in accordance with standard 30665, which offers the advantage of a constant ignition point. Users who need to switch quickly between off and full operation in practice benefit from this design, but must always use the central shut-off to ensure complete disconnection from the gas network.

Concrete application examples

1. Heating test tubes during chemical reactions to achieve exact temperatures.
2. Sterilising metal spatulas, inoculation loops or smaller glassware in microbiology laboratories.
3. Drying or heating samples in food analysis for water or fat determination.
4. Short-term flaming of surfaces in biotechnology to prevent contamination.

The high temperature stability is a particular advantage in applications with organic substances. Solvent residues can be evaporated in a controlled manner before further analysis steps take place, while in metallurgy, smaller pieces of metal can be briefly heated, melted or soldered on.

FAQs

How long can the pilot flame be operated?

The pilot light is designed for continuous operation and can burn until it is switched off via the central gas supply.

Which types of gas are recommended

Natural gas and propane gas are used very frequently. Both develop high temperatures, with propane gas reaching a maximum of around 1520 °C, slightly higher than natural gas.

How can the flame size be regulated?

The flame height is controlled by the lever tap and the needle valve. The side air sleeve determines the ratio of gas to air and influences the flame colour.

Is there a special certification?

The burner can be supplied either without or with DIN 30665, which then results in further requirements in accordance with DIN-DVGW reg. no. NG-2211AN0133.

Conclusion

This powerful Bunsen burner with integrated functions such as pilot flame and precise air regulation is a recommended solution for a wide range of laboratory tasks. Thanks to the lever tap, variable gas supply and reliable design, it can be adapted precisely to individual requirements. In particular, its high temperature output and selectable DIN 30665 certification make it a reliable tool in professional environments. With its robust design, adjustable operating modes and the optionally available adhesive base, nothing stands in the way of flexible use in everyday laboratory work.

Usbeck Bunsen burner, DIN, needle valve, air regulation

This powerful laboratory burner offers precise and reliable flame control for a wide range of experiments and applications in heat treatment, sample analysis or material processing. Thanks to its robust design and sophisticated air regulation, it is particularly suitable for laboratories, schools and industrial research facilities that value high safety standards and reliable performance. This burner stands out from comparable devices thanks to its ease of use, standard-compliant design and efficient gas utilisation.

Features and functionality

The appliance impresses with a straight burner tube and a lateral air intake that can be easily adjusted using a sliding sleeve. This allows the gas/air mixture to be optimally adjusted to the required flame intensity. The integrated needle valve allows refined control of the gas supply and ensures constant, clean combustion. As this is a DIN burner in accordance with standard 30665, it should be noted that the gas supply is not completely shut off: A small flame remains, even when the gas tap is closed. In everyday laboratory work, the central gas shut-off also guarantees maximum safety.

- Compatible with natural gas or propane
- Max. Temperature: approx. 1500 °C (natural gas) or 1540 °C (propane)
- Low consumption: 110 l/h for natural gas and 55 l/h for propane
- Nominal load of around 1.25 kW (natural gas) or 1.35 kW (propane)
- Height: approx. 155 mm for easy handling
- Sturdy tube diameter of 14 mm and head diameter of 17 mm
- Weight: only approx. 210 g, optionally available with adhesive base

In addition, high-quality materials ensure a long service life under demanding conditions. The design complies with the requirements of DIN 30665, which is also confirmed by DIN-DVGW reg. no. NG-2211AN0133. These certifications make it clear that the appliance fulfils strict quality guidelines and meets the highest standards in terms of safety. For those looking for a flexible solution for various laboratory activities, the gas burner delivers consistent and reproducible results.

Certifications and standards

The burner fulfils the requirements of DIN 30665, which precisely defines the design and function of laboratory burners. It also has DIN-DVGW registration, which underpins its suitability for safe use with gases. Users can rest assured that production is carried out in accordance with recognised standards and that trouble-free operation is guaranteed even in intensive laboratory applications.

Concrete application examples

1. Digestion of substances in inorganic chemistry: The constant flame temperature simplifies the safe heating of samples, for example metal salts or oxides.
2. Sterilisation in the microbiology laboratory: culture media, Drigalski spatulas or inoculation loops can be efficiently scorched without the risk of contamination from irregular flames.
3. Test set-ups in thermodynamics: The precisely adjustable flame intensity offers flexible application options for heating reaction vessels or demonstrating various combustion processes.
4. Combustion of chemical waste in very small quantities: Safe handling thanks to uniform heat development reduces the risk of sudden temperature peaks.

These practical examples illustrate how versatile the device can be. Whether in the classroom, in product development or in research, the control of flame formation and temperature is always guaranteed.

FAQs

How to set the flame intensity correctly

The flame intensity is mainly regulated via the needle valve, which reduces or increases the gas flow. At the same time, the adjustable air supply influences the intensity and burning behaviour.

May the appliance be switched off completely?

In accordance with DIN standard 30665, DIN burners are not completely sealed. A small flame continues to burn when the needle valve is turned off, which is why the gas flow should always be interrupted at the central laboratory shut-off.

What types of gas can be used

The burner is designed for operation with natural gas and propane. The maximum temperature varies slightly depending on the gas: approx. 1500 °C for natural gas and around 1540 °C for propane.

Can the burner be additionally protected?

Yes, an adhesive base is available on request for this model, which gives the appliance more stability and safety, especially if frequent repositioning is required in the laboratory.

Is maintenance time-consuming?

Maintenance is straightforward. The burner should be checked regularly for soiling and cleaned carefully. The needle valve is easy to clean so that the gas supply always remains even.

Conclusion

This model impresses with its precise flame regulation, high level of safety and flexible application options in various laboratory areas. The robust workmanship, compliance with important standards and versatile connection options to natural gas or propane make the burner an indispensable tool for professional work. Users benefit from a reliable, easily controllable heat source that can be seamlessly integrated into various laboratory contexts and ensures efficient and safe operation.

Usbeck Bunsen burner, DIN, needle valve, pilot flame, air regulation

This laboratory burner is ideal for a wide range of applications in professional laboratory environments where precise and safe gas supply is crucial. Thanks to its robust design and integrated pilot flame, the model enables particularly efficient operation, as a small flame remains available for spontaneous heating processes even with minimal gas flow. Compared to many conventional laboratory burners, this device scores points with its high-quality workmanship and flexible air regulation, meaning it can be used in almost any research facility or industrial environment.

Robust construction and precise adjustment options

The Bunsen burner is manufactured in accordance with the strict requirements of DIN standard 30665. This guarantees outstanding quality and many years of reliable use. An integrated needle valve and an adjustable air sleeve are available for the gas supply, which can be used to adjust the flame precisely. The air supply can be regulated continuously, which ensures a constant flame quality even in changing ambient conditions. In addition, the appliance remains easily ignited even when the needle valve is closed so that it is ready for use in a short time. If you need an even more secure stand, you can add an adhesive base as an optional extra.

Technical features

- DIN burner in accordance with standard 30665 for maximum safety
- Suitable for natural gas or propane with different firing temperatures
- Practical needle valve for precise regulation of the gas flow
- Integrated pilot flame for permanent operational readiness
- Air regulation via sliding air sleeve for clean combustion
- Compact height of 155 mm with a weight of only 220 g
- Labelled with DIN-DVGW reg. no. NG-2211AN0133

The appliance thus reaches a maximum temperature of around 1500 °C for natural gas and around 1520 °C for propane. At the same time, the consumption also differs: natural gas requires around 110 litres per hour, while propane only requires around 55 litres per hour. This results in a load of 1.10 kW for natural gas and 1.25 kW for propane. The pipe diameter is standardised at 14 mm, the head diameter at 17 mm. This means that the burner can be easily integrated into a wide variety of laboratory and test set-ups. The lightweight design also makes it versatile and easy to transport. However, care should always be taken to ensure that it is securely fixed during longer test series. For users who frequently change workstations, the optional adhesive foot with non-slip coating is available.

Certifications and standards

The torch complies with DIN 30665 and bears the DIN-DVGW reg. no. NG-2211AN0133. This ensures that it meets the recognised standards for laboratory burners in terms of safety and performance. Laboratory managers and safety personnel can therefore rely on a standard that is widely used and accepted in Germany. In addition, the high-quality workmanship promises a long service life and, in combination with thorough quality controls, ensures the necessary safety in the laboratory.

Examples of use

1. Sterilisation of laboratory cutlery and metallic materials to reliably kill germs and bacteria
2. Heating organic solutions such as agar or saline solutions in microbiological tests.
3. Melting and annealing samples for material tests, such as metal structure analyses.
4. Conducting flame colouring tests in chemistry (e.g. for salt samples such as sodium chloride or potassium iodide).

In addition, the burner can also be used for training courses in which experimental set-ups are demonstrated. The fine adjustment of the gas and air supply is particularly useful for experiments where an exact flame temperature is crucial.

FAQs

How to switch off the burner completely

The integrated pilot flame always remains easily ignited, even when the needle valve is closed. Therefore, the gas supply should be deactivated at the central laboratory shut-off when the appliance is no longer required.

Can I use the appliance for high temperatures?

Yes, a flame temperature of up to 1520 °C can be achieved with propane operation. This makes it suitable for many high-temperature applications as long as the necessary health and safety guidelines are observed.

Is safe fusing possible

For additional safety, a special adhesive foot can be purchased to prevent slipping. This ensures that the device always stays firmly in place, even with frequent handling.

How can the flame be regulated?

The gas supply is controlled via a needle valve. The air supply is regulated using a sliding air sleeve. This allows the temperature and flame shape to be precisely adjusted.

Which gases can be used

It is designed for both natural gas and propane. The consumption and maximum temperature differ slightly so that every user can choose the right variant.

Conclusion

This Bunsen burner is a reliable, powerful and flexible laboratory device that is designed for routine use in research facilities as well as for more demanding test series. Well thought-out air and gas regulation makes it a functional tool, while the solid construction and DIN 30665 certification ensure a high level of safety and quality. Anyone who values efficiency, durability and convenience in laboratory operation will make an excellent choice with this appliance.

Usbeck Bunsen burner, gas tap, pilot flame, air regulation

The Usbeck Bunsen burner, gas tap, pilot flame, air regulation is a robust and flexible laboratory device that has been specially designed for precise heating and sterilisation tasks in chemical, biological and medical facilities. Thanks to its high-quality workmanship, this burner is ideal for users who want a uniform, reliable flame quality and want to organise their day-to-day work in the laboratory efficiently. Compared to comparable systems, it impresses with its particularly finely adjustable air supply and an integrated pilot flame, which increases work safety and ease of use.

Features and mode of operation

Thanks to the straight burner tube and the lateral air inflow, the flame can be adapted very precisely to a wide range of requirements. As soon as the gas flows in, the air is regulated via a movable air sleeve to vary the flame pattern - from reducing to oxidising. This is particularly important when it comes to influencing combustion or setting temperature zones for certain reactions. The integrated pilot flame also makes it possible to optimise gas consumption without having to extinguish the burner completely.

As the DIN version is a standardised burner in accordance with DIN 30665, a small flame remains after the gas tap or needle valve is closed in order to meet certain safety requirements. Complete separation only takes place at the central shut-off in the laboratory. In addition, some models are labelled with DIN-DVGW reg. no. NG-2211AN0133, which underpins additional safety and quality standards when handling gas appliances.

Technical data at a glance

- Operation optionally with natural gas (1500 °C) or propane gas (1520 °C)
- Gas consumption: approx. 110 l/h for natural gas, 50 l/h for propane gas
- Load: 1.1 kW (natural gas) or 1.25 kW (propane gas)
- Height: 155 mm, pipe diameter: 14 mm, head diameter: 17 mm
- Weight: 225 g (handy and easy to transport)
- Optional adhesive foot solution available for an extra charge
- Complies with DIN 30665 and, if applicable, DIN-DVGW reg. no. NG-2211AN0133

The material and manufacturing quality is designed for a long service life, which means that this laboratory burner works consistently reliably over a long period of time, even with intensive use. The fine needle valve control (on models without DIN approval) supports precise flame control, while the DIN-compliant designs ensure a high level of operational safety.

Certifications and standards

As a special design in accordance with DIN 30665, it ensures that all safety-relevant standards for gas burners in the laboratory environment are met. The DIN-DVGW registration also indicates that this product fulfils strict requirements with regard to tightness, functional safety and ergonomics. This makes the burner suitable for routine operation as well as for use in demanding research facilities, where reliability and conformity with applicable regulations have top priority.

Application examples

- Heating and annealing laboratory utensils: Ideal for sterilising small glass and metal instruments
. - Carrying out flame tests: Whether for the detection of cations or the burning behaviour of various substances
- Homogenisation of samples: Rapid heating and uniform heat distribution for precise analyses.
- Drying and outgassing: Ideally suited for gently drying materials such as filters, glassware or ceramic parts.

Depending on the intended use, natural gas or propane gas can be used, allowing flexibility in different laboratory environments. For special requirements, the pilot flame is suitable for gently bringing reagents or sensitive samples up to temperature.

FAQs

How can the flame temperature be optimally set?

The flame temperature is determined by the amount of gas and the air content. Moving the air sleeve regulates the oxygen input. More air produces a hotter, blue flame, less air produces a softer, yellow flame.

Is operation with propane gas just as safe as with natural gas?

Yes, if connected correctly and the DIN standard is observed, operation with propane gas is just as safe. Make sure you have the right connections and the prescribed pressure reducer.

Can the burner be switched off completely?

In the DIN versions, a small safety flame remains in order to fulfil the standard requirement in accordance with DIN 30665. The gas flow is switched off completely at the central shut-off in the laboratory.

What role does the optional holding foot play?

An adhesive foot provides increased grip on smooth or inclined surfaces and is particularly helpful if the burner is moved frequently or if there are sources of vibration in the vicinity.

Conclusion

This laboratory burner impresses with its customisable air supply, stable burner design and integrated safety standard in accordance with DIN 30665. Flexible use with natural gas or propane gas enables versatile applications in research, analysis and training laboratories. The optional adhesive foot solution also emphasises the high practical relevance and makes the burner an ideal companion in everyday laboratory work. Anyone looking for a reliable, finely adjustable and durable burner will find this model to be a convincing solution that ensures smooth processes in the laboratory while consistently taking occupational safety into account.

Usbeck Bunsen burner, DIN, double lever, pilot flame, air regulation

This burner is ideal for precise laboratory applications that require a controlled gas supply. Thanks to the robust double-lever design and an integrated pilot flame, it offers a particularly high level of safety and precise adjustment options. Compared to many standard laboratory torches on the market, it impresses with its reliable performance, flexible air regulation and certified quality in accordance with DIN standards.

Versatile application options and decisive advantages

This Bunsen burner is specially designed for the professional laboratory sector, where constant yet energy-efficient flames are required. The adjustable air sleeve enables precise adjustment of the air/gas mixture and therefore optimum flame characteristics: the flame temperature can be increased or decreased depending on requirements without compromising on safety. Various flame strengths can be controlled quickly and easily using the double lever, which saves considerable time in day-to-day laboratory work and makes the workflow more fluid.

The pilot flame of the burner can offer considerable advantages, especially if it is switched on and off frequently: It enables a quasi-standby mode in which little gas is consumed, but at the same time the flame always remains ready to ignite. If the valves are fully closed, a small flame continues to burn according to the standard; it is therefore recommended that the gas supply is interrupted on site or centrally in the laboratory.

Technical data at a glance

- Suitable for natural gas or propane (temperatures up to 1480 °C for natural gas and 1500 °C for propane)
- Double lever system for main and pilot flame
- Adjustable air sleeve for optimum air regulation
- Compact dimensions: Height approx. 155 mm, tube diameter 14 mm, head diameter 17 mm
- Load: approx. 1.10 kW (natural gas) and 1.25 kW (propane)
- Gas consumption: approx. 90 l/h (natural gas) and 55 l/h (propane)
- Low weight of around 235 g

Additionally, an adhesive base is available as a practical option, allowing the burner to be attached even more securely to the laboratory bench. Thanks to its low weight and clear housing structure, it is easy to handle and can also be used for longer periods without any problems.

The integrated double lever technology ensures a quick changeover between full flame and practical pilot flame. This is particularly helpful when an ignition source is required repeatedly at short intervals, for example in microbiological, chemical or analytical laboratory procedures in which test tubes, Petri dishes or other materials often need to be heated or sterilised briefly.

Certifications and standards

The burner complies with the requirements of DIN standard 30665 and bears the DIN-DVGW reg. no. NG-2211AN0133. These certifications confirm compliance with important safety-related requirements and ensure a high level of reliability in everyday laboratory use. Users therefore not only benefit from the manufacturer's many years of experience, but can also rely on clearly defined standards when it comes to safe operation and quality.

Concrete application examples

1. Sterilisation in microbiology: For rapid and germ-free annealing of inoculation loops, needles or forceps.
2. Heating samples for analysis purposes: Ideal in inorganic chemistry to easily heat test substances and observe reaction processes.
3. Flamination tests for substance identification: The colour appearance of certain metal ions (e.g. sodium, potassium, copper) can be quickly assessed.
4. Flame treatment of glassware: Precise, selective heating can be achieved for short-term sterilisation or for modifying thin-walled glass tubes.

FAQs

How does the burner react to different gas qualities?

It is designed for both natural gas and propane. The air regulation and the double lever ensure a stable and adjustable flame for both types of gas.

How is the flame regulated?

Through an adjustable air sleeve and the double lever system. This allows the mixing ratio of air and gas to be precisely adjusted, enabling both a strong main flame and a small pilot flame.

What to look out for in terms of safety

As the burner cannot be completely closed in accordance with DIN 30665, the gas line should be turned off via the central shut-off valve when the burner is not in operation. A stable stand and a clean working area are also crucial.

Can the burner remain in economy mode permanently?

Yes, permanent operation with economy flame is technically possible, but for safety and efficiency reasons it is recommended that the gas supply is always interrupted after use.

Is the product suitable for classroom use?

Due to the high safety standards and simple operation, the burner can be used in professional laboratories as well as in commercial or academic training centres.

Conclusion

This laboratory blowtorch is characterised by flexibility, safety and precise flame control. The robust design, the patented double lever principle and the sophisticated air regulation ensure convenient and reliable operation. Thanks to its standard-compliant certification and easy handling, the appliance is the ideal companion for a wide range of laboratory applications that require a precise and permanently stable flame.

Usbeck Bunsen burner, needle valve, air regulation

This specially designed burner enables high-precision control of the gas and air supply for laboratory applications where a reliably controllable flame is essential. The device is particularly impressive in a professional environment thanks to its compact design, user-friendly handling and robust workmanship. Thanks to its needle valve and side air intake, the flame intensity can be adjusted cleanly and stably, which guarantees greater reproducibility and safety compared to other devices when heating, sterilising or developing a wide variety of experiments.

Sophisticated design for demanding tasks

The burner has a straight burner tube through which the gas is channelled. An adjustable air sleeve allows the air supply to be regulated as required so that users can precisely adjust the flame characteristics. Anyone working with different types of gas, such as natural gas or propane gas, will find a flexible solution for various laboratory situations. Temperatures of up to 1500 °C can be achieved with natural gas and up to 1550 °C with propane gas, which is crucial for many applications such as annealing metals or heating samples quickly.

The appliance is also available in a DIN version in accordance with DIN 30665 and can be supplied with DIN-DVGW reg. no. NG-2211AN0133 on request. Please note that the DIN versions cannot be switched off completely. This means that the burner maintains a small flame even when the needle valve is closed. The central shut-off in the laboratory is then required to switch it off completely. This complies with the special specifications for DIN burners and serves to increase operational safety by preventing the unintentional escape of gas.

Performance features and technical details

The most important key figures, which provide guidance for the precise planning of test set-ups or laboratory processes, can be summarised in a nutshell:

- Available as DIN or non-DIN version for different regulations
- For natural gas: flame temperature up to 1500 °C, gas consumption approx. 110-115 l/h, power consumption approx. 1 kW
- For propane gas: flame temperature up to 1550 °C, gas consumption approx. 55 l/h, power consumption approx. 1.7 kW
- Weight of 220 g and height of 155 mm for stable positioning on the laboratory bench
- Robust burner tube with 14 mm diameter and burner head with 17 mm diameter
- Optional adhesive foot solution for secure fixing at the workstation
- Needle valve for precise adjustment of the gas flow

This opens up a wide range of possible applications: The burner is suitable for flame sterilisation of laboratory utensils such as inoculation loops or spatulas, for annealing reaction vessels and for rapid heating of liquids. This device can also be used in areas such as metallurgy, analytics or microbiology, where flames that are true to definition and can be regulated cleanly are an essential part of laboratory processes.

In the DIN version, all components are designed to comply with the 30665 standard. This fulfils certain limit values and minimum requirements for the gas supply, which can be particularly advantageous in safety-relevant facilities. In many laboratory environments, this additional safety aspect is a top priority, as a standard-compliant product is often the first choice to simplify the documentation and monitoring of day-to-day work.

Certifications and standards

The fulfilment of DIN 30665 and the option of ordering the burner with a DIN-DVGW reg. no. are particularly noteworthy. This goes hand in hand with clear quality standards for production and materials, which are increasingly in demand in modern work processes at universities, research institutes and laboratory service providers. Even if the non-certified version is perfectly adequate in many cases, safety-oriented users benefit from the tested conformity of a DIN burner.

Practical examples of use

1. Microbiological experiments: For sterilising laboratory cutlery, Petri dishes or sample containers.
2. Metallurgical investigations: For targeted heating of small metal samples or for determining melting points of various alloys.
3. Fast heating of chemicals: Ideal for accelerating reactions on a small scale or vaporising solvents.
4. Flammable gases and solvents: Even sensitive substances such as ethanol or isopropanol can be handled safely with a precisely controllable flame.

FAQs

How can the flame be regulated?

The air flow is adjusted via the adjustable air sleeve, the gas itself by means of a needle valve. This creates a very fine adjustment option to adapt the flame strength and shape to requirements.

Is a permanently mountable version available?

Yes, a special adhesive base can be purchased for an extra charge to prevent the burner from slipping on smooth surfaces.

What do I need to bear in mind with the DIN variants?

With DIN burners, a small flame remains even after the valve is closed. The gas flow is switched off completely at the central laboratory shut-off.

Which gases is the burner suitable for?

It can be operated with natural gas and propane gas. If required, a version according to DIN 30665 is available for both types of gas.

How high are the flame temperatures?

Natural gas reaches around 1500 °C, while propane gas enables temperatures of around 1550 °C. These temperatures are suitable for a wide range of laboratory activities.

Conclusion

The burner combines precise air and gas control with a high level of safety and compliance with standards. For laboratories that rely on reproducible results and require maximum control over flame intensity, this design is a well thought-out solution. With its robust design and the option to choose between DIN and non-DIN versions, the device covers a wide range of safety and requirement profiles. This ensures professional handling in research, analytics or experimental laboratories, where reliability, compliance and efficiency are paramount.

Labbox Meker burner with grid and needle valveMeker burner with grid, needle valve and air regulation. Nickel-plated brass tube, 15 mm diameter x 140 mm height. Available with standard connection, where the connection to the gas pipe must be blocked with a hose clamp (not included), or with a 1/4'' threaded connection.Brand: OMMStorage temperature: CAS number: CLP hazard pictogram: ZEROUN Hazard Statements: NULL

Usbeck cartridge burner, DIN, air regulation, including cartridge

This cartridge burner is a powerful and flexible solution for a wide range of applications in laboratories, workshops and educational institutions. Equipped with a precise needle valve and reliable air regulation, it guarantees optimum flame characteristics for precise results. Thanks to its compact design and enclosed cartridge, it is easy to transport and ready for immediate use. Anyone who values quality and safety will find this model an excellent alternative to conventional gas burners on the market.

Features and possible uses

The burner complies with all relevant DIN specifications, is certified in accordance with DIN-DVGW reg. no. DG-2411CM0440 and therefore fulfils high safety and quality standards. With a temperature of up to 1620°C, it enables fast heat-up times and even heat distribution. As it is operated with a butane/propane gas mixture (70% butane, 30% propane), the flame remains stable and can be precisely adjusted thanks to the intuitive air regulation.

The integrated 400 ml cartridge in accordance with EN 417:2012 is equipped with a safety valve that reliably protects against unintentional gas leaks. With a burn time of up to three hours, the device proves to be a long-lasting companion in many areas of application. The robust metal housing ensures a long service life, while the optional plastic handle (available as a spare part) further optimises handling. For a secure stand and greater convenience, an additional adhesive foot is only available in other versions for an additional charge.

- Gas mixture: 70 % butane / 30 % propane
- Consumption: approx. 0.13 l/h
- Power: approx. 1.4 kW
- Max. Working temperature: 1620°C
- Weight: 545 g
- Height: 323 mm
- Head diameter: 17 mm

Other important aspects such as the tube diameter (14 mm) and the optional availability of a plastic handle facilitate customisation for a wide range of applications. Despite its moderate gas consumption, the burner produces very efficient flames, which is an advantage in laboratories, workshops or educational facilities.

In many laboratories, for example, it is used to heat test tubes, flasks or petri dishes. Soldering work can also be carried out on small metal parts, whereby the fine regulation of the gas flow supports precise work. Anyone who has experimental applications with metal powders or glass processing will find this torch a reliable tool. The device is also a frequently used aid in training contexts for demonstrations of flame colouring or basic heat treatments.

The appliance is manufactured in accordance with DIN standards and exceeds many industry-standard safety requirements. For example, the safety valve effectively protects against gas leaks. When it comes to maintenance, it is advisable to regularly check the rubber sealing ring on the underside of the burner valve to ensure it is intact. This promotes a long service life as well as maximum safety.

Certifications and standards

With the DIN-DVGW reg. no. DG-2411CM0440, the manufacturer confirms compliance with strict safety and functional requirements. This certification, combined with fulfilment of the EN 417:2012 standard for cartridges, ensures that users can have absolute confidence in the reliability of the torch. This is a decisive criterion, especially in professional laboratories with high quality standards.

Concrete application examples

- Sterilisation of glassware in the laboratory at around 1600°C
- Soldering work on delicate workpieces, for example in precision mechanics
- Heating test tubes for solution production or distillation
- Demonstration experiments in educational institutions, e.g. flame colouring in chemistry

The flame cone can be precisely adjusted by easily regulating the air supply and gas flow, which emphasises the flexibility of the burner wherever clean and controlled work is required

FAQs

How does the air regulation work

?

An adjustable air supply on the burner makes it possible to precisely adjust the size and temperature of the flame. The needle valve allows a finely tuned release of the gas mixture, so that both a soft flame for sensitive materials and an intense flame for rapid heating can be set.

How long does the cartridge last?

The enclosed 400 ml cartridge enables a burning time of up to three hours, depending on the flame intensity setting.

Which gas mixture is used

The cartridge contains a propane/butane mixture in a 30:70 ratio, which ensures a high flame temperature and a stable flame at the same time.

What to look out for during maintenance

It is particularly important to regularly check the rubber sealing ring on the burner valve. If it is damaged, it must be replaced immediately to ensure a secure and tight connection.

Conclusion

This powerful torch offers a successful combination of precision, safety and excellent handling. Thanks to the DIN certification, the integrated cartridge and the high maximum temperature of up to 1620°C, it can be used for a wide range of professional applications. The device shows its strengths particularly in laboratories, training centres or for fine soldering tasks. The robust design, intuitive control and reliable safety standard contribute significantly to this. All in all, this cartridge torch is a clever choice for realising heat-intensive tasks flexibly and in compliance with standards.

Usbeck Teclub burner, DIN, needle valve, pilot flame, air regulation

This gas-operated burner model with integrated needle valve control and adjustable air supply is suitable for high-precision heating processes in laboratory environments. Thanks to its robust design in accordance with DIN 30665 and DIN-DVGW reg. no. NG-2211AN0133, this Teclub burner is of interest to users who value safety and reliability. Unlike many other burners on the market, it offers a controllable pilot flame and is not completely deactivated even when the gas tap is switched off. The principle of centralised laboratory shut-off therefore enables particularly reliable handling, as unintentional relighting or uncontrolled gas leaks are effectively prevented.

Versatile features for high work safety and efficiency

The compact burner is designed for natural gas or propane gas and achieves a flame temperature of up to 1530 °C. This is made possible, among other things, by the conical burner tube, which expands downwards and can be precisely adjusted using an air regulating disc. The needle valve also ensures that the gas supply can be conveniently regulated during different work phases. The integrated pilot flame contributes to work safety and efficiency, as constant restarting is minimised and yet a small flame remains for immediate restarting. This results in greater time savings in laboratory processes where a constant heat source is required.

Important technical key data at a glance: - Certified in accordance with DIN 30665 and with DIN-DVGW reg. no. NG-2211AN0133
- Special air supply regulating disc for precise flame adjustment
- Output between 1.25 kW (natural gas) and 1.5 kW (propane gas)
- Gas consumption of 110 l/h (natural gas) or 65 l/h (propane gas)
- Compact design with a height of 155 mm and a total weight of 260 g
- Tube diameter 14 mm, head diameter 17 mm
- Conical design for optimum air intake

Thanks to its solid construction, the torch has a long service life. Weighing just 260 g, it remains portable, while the centre of gravity is designed in such a way that stability is not compromised. A possible extension, such as an adhesive base, is available on request and gives laboratory users additional options for stable use.

Concrete application examples for everyday laboratory work

Although the Teclubrenner is primarily used in chemistry and biology laboratories to heat test tubes, flasks and beakers, it also offers reliable services in other specialist areas:

- In microbiology: For quickly flaming metal loops and needles when inoculating cultures.
- In organic chemistry: For gentle heating of sensitive substances and for distilling small samples.
- In food analysis: For the sterilisation of various analysis tools or sample vessels.
- In materials research: For the targeted heating of metals or new types of ceramic materials up to a temperature of 1530 °C.

The precisely adjustable air supply gives the flame a reducing or oxidising character as required. This allows experiments to be ideally matched to specific chemical reactions. Users working with substances such as ethanol, acetone or sensitive protein solutions benefit from the controlled burner output to ensure even heat development.FAQs

How is the air supply regulated?

The air supply is controlled via a regulating disc. By turning this disc, the user adjusts the mixing ratio of air and gas, which enables precise control of the flame intensity.

Why does the pilot light continue to burn even though the needle valve is closed?

According to DIN 30665, there is no provision for switching off the gas flow completely at the burner itself. Therefore, a small flame remains. The main shut-off valve of the central gas supply in the laboratory must always be closed when no work is being carried out.

Is a conversion between natural gas and propane gas time-consuming?

The conversion only requires adjusting the gas supply and the corresponding technology, as the burner is designed for both types of gas. Precise information on the procedure is ideally taken from the manufacturer's instructions in the operating manual.

How safe is the burner during prolonged operation?

The model is designed for continuous operation and is highly heat-resistant thanks to its solid metal construction. Should safety concerns arise, it is advisable to discuss previously unfamiliar usage scenarios with the person responsible for the laboratory.

Conclusion

This torch combines maximum safety in accordance with DIN standards with precise control using a needle valve and air control disc. Users benefit from a lightweight yet stable design that is always ready for use with natural or propane gas. Thanks to the controlled gas flow, the pilot flame and the high flame temperature, the model is particularly suitable for laboratories with increased safety requirements and frequently changing trades. By ensuring a constant flame quality and being able to be precisely adjusted, it enables reliable and repeatable results in a wide range of applications.

Usbeck safety burner, DIN, safety pilot, needle valve, pilot flame, air regulation

The development of professional laboratory burners has made great progress in recent years to combine safety, precision and efficiency. This model impresses with its well thought-out concept, in which the combination of DIN standard, safety pilot, needle valve, pilot flame and air regulation fulfils the highest requirements. Especially in labour-intensive laboratory areas, where constant flame output is essential, users benefit from optimum handling and reliable results. This system is predestined for use under strict safety regulations and in professional laboratory environments in particular, as it offers clearly structured ease of use and pronounced robustness compared to conventional models.

Precise design and functionalities

The design is based on the requirements of the DIN 30665 standard, which deals in particular with aspects of safety and standardised burner performance. The appliance is also certified in accordance with DIN-DVGW reg. no. NG-2211AN0133, which makes it a reliable solution for natural gas and propane gas. A key special feature of this laboratory burner is the integrated ignition safety device in combination with the needle valve: this prevents gas from escaping uncontrollably in the event of an abrupt flame failure. At the same time, the needle valve allows the flame height to be regulated extremely precisely, enabling fine adjustment to specific applications.

The pilot flame is used to keep the burner in operational mode without having to switch the gas supply on and off unnecessarily often at the central supply. This saves time and simplifies the process in laboratory areas where the flame is needed repeatedly for short work steps. It should be noted that DIN burners - and therefore also this appliance - cannot be switched off completely in accordance with standard 30665. A small flame remains even when the gas tap or needle valve is closed. To switch off completely, always use the central gas supply. The air regulation also enables the optimum oxygen supply to efficiently adapt the combustion process for different gases and applications.- Certification according to DIN 30665 and DIN-DVGW reg. no. NG-2211AN0133
- Operating temperature: 1520 °C with natural gas / 1550 °C with propane gas
- Consumption: 110 l/h with natural gas / 65 l/h with propane gas
- Stable stand, extremely compact with a weight of 370 g
- Ignition safety device to prevent unintentional escape of gas
- Needle valve for precise fine adjustment of the flame height
- Can be used for both types of gas (natural gas and propane gas)

With these key technical data, the appliance proves its versatility. The short design with a height of 160 mm and a tube diameter of 13 mm favours handling in confined laboratory environments. An additional adhesive foot, available for an extra charge, increases stability during movement-intensive work.

Certifications and standards

The design complies with the requirements of DIN 30665, which is particularly focussed on safety in laboratory operation. The German Technical and Scientific Association for Gas and Water (DVGW) certifies the safe operation for natural gas and propane gas with the DIN-DVGW reg. no. NG-2211AN0133. Professionals therefore benefit from recognised and documented operational safety, which is essential for many laboratory applications. The device also fulfils important criteria in terms of ignition safety and flame resistance.

Application examples

1. Heating laboratory utensils: Whether test tubes, petri dishes or small crucibles - the precise control of the flame enables an even temperature supply.
2. Sterilising metal instruments: In microbiological laboratories in particular, a stable and high-temperature flame is required to reliably kill bacteria and germs.
3. Annealing ceramic and metal parts: For short-term maximum heating of samples or tools, the power can be quickly switched from low flame to full power.
4. Degassing and ashing of organic substances: Many chemical analyses require the flaming of solvents or organic residues, for which pinpoint temperature control is crucial.

FAQs

How to switch off the flame safely

The DIN standard 30665 requires that a small flame is always burning. The appliance is only switched off completely via the central gas supply in the laboratory to prevent the unintentional release of gas.

Which gases are compatible

The model is suitable for both natural gas and propane gas. The performance, consumption values and temperature differ only slightly and can be found in the table.

What is the needle valve for?

The needle valve allows the flame height to be set with millimetre precision. This facilitates applications such as spot heating of samples or sterilising certain areas.

Is an additional holding device useful?

An adhesive foot can provide additional support, especially in laboratories with intensive movement. This equipment is available as an option and is suitable if the burner is to remain in place frequently.

How is the air volume regulated?

An air regulation device in the burner head increases or reduces the air supply. This allows the flame shape (glowing or roaring flame) to be adjusted depending on the intended use.

Conclusion

This laboratory burner offers a high level of safety and functionality thanks to its standard-compliant design, ignition protection and sophisticated operation. With its compact dimensions, variability in terms of natural and propane gas and precise adjustment options via the needle valve, it is an excellent choice in many laboratory areas. Both the rapid sterilisation of instruments and the annealing of samples can be carried out quickly and flexibly with the economy flame. Thanks to the robust design from Usbeck KG, a long service life is guaranteed. Anyone looking for a reliable and standard-compliant solution for various laboratory applications will find a powerful device here that is characterised above all by its safety mechanisms and precise flame control.

Usbeck high-temperature burner for cartridge

The Usbeck high-temperature burner for cartridge is specially designed for reliable use in professional environments such as laboratories and workshops. Thanks to its precise flame control and robust design, it is favoured when precise burning processes and high temperatures are required. Compared to other cartridge burners, this model impresses with its long service life, high-quality workmanship and integrated piezo ignition, which significantly simplifies the work process.

Versatile application options and properties

This high-temperature burner is based on a sophisticated design that combines reliable performance with practical functions. In addition to a stable burner flame, it can reach peak temperatures of up to 1600 °C, with measurements indicating the application range at around 1550 °C. The needle valve allows extremely precise regulation of the gas supply so that the torch flame can be gradually adjusted as required. This makes the device suitable for fine soldering work, shrinking processes in plastics processing or for analytical procedures that require pinpoint heat.

The main features of this torch are: - Piezo ignition for quick and safe starting
- Adjustable needle valve for extremely fine flame regulation
- Consumption of around 0.15 l/h with a load of around 1.5 kW
- Compact height of 50 mm with a weight of just 200 g
- Head diameter of 20 mm, ideal for precise heat application
- Maximum temperatures in the range from 1550 to 1600 °C
- Matching cartridge available on request

The combination of low weight and convenient handling qualifies the device for mobile applications outside the stationary workplace. Users can work safely and efficiently in confined spaces as well as in open-air scenarios. Despite its compact size, the burner offers even flame distribution, which ensures reduced pulsating heat output.

A particular advantage is the piezo ignition: This allows the burner to be lit without an external ignition source or cumbersome preparations. In laboratory situations where frequent changes are made between different workstations, this function is a decisive time-saver. In addition, the needle valve further optimises work processes, as an almost infinitely variable adjustment of the flame intensity is essential for precise burning processes. This makes the device ideal not only for melting or hardening various metal alloys, but also for applications with temperature-sensitive chemicals that require controlled heat.

Certifications and standards

There is no DIN certification, but this does not necessarily allow conclusions to be drawn about the processing quality or performance. The device is used by many professionals in laboratories, workshops and in chemical or plastics processing areas. Compliance with other industry-specific safety regulations can usually be ensured by means of appropriate technical and safety inspections. Users should always check the necessary safety measures before using the device for the first time to ensure that it can be used as intended.

Examples of use

- Soldering work in laboratories and electronics workshops, for example with small components or sensitive circuits
- Correct heating of metal joints to support hardening or welding processes and achieve consistent results
- Shrinking processes for plastics, for example to evenly heat flexible cable sheaths or plastic tubes
- Careful annealing of small metal components that require a high temperature at certain points

FAQ

How does the ignition work

?

The integrated piezo ignition enables the burner to be started quickly and safely without external aids. A short press on the ignition mechanism is all it takes to ignite the flame.

How can the flame be regulated?

The appliance has a precise needle valve that allows the gas supply to be continuously adjusted. This allows users to react quickly to changing requirements and create specially customised heat ranges.

Which cartridge fits this burner?

A compatible cartridge is available for the appliance on request, depending on requirements and gas mixture. It is advisable to only use cartridges that meet Usbeck's specifications.

What safety measures should be observed?

Users should always plan to use a heat-resistant surface when working and wear personal protective equipment such as heat-resistant gloves or safety goggles. Sufficient ventilation should also be ensured when handling gas cartridges.

Conclusion

The burner described above impresses with its compact design, robust materials and reliable performance in the high-temperature range. The precise control via the needle valve makes it ideal for demanding firing tasks that require pinpoint heat. Whether in laboratories, workshops or industry - thanks to piezo ignition and low consumption, valuable working time is saved while energy consumption remains efficient. This appliance is a worthwhile purchase for professionals who value maximum flexibility with consistent performance.

Usbeck Teclub burner, gas tap, pilot flame, air regulation

The Usbeck Teclub burner, gas tap, pilot flame, air regulation is ideal for laboratory applications where a reliable gas flame with precise adjustment is required. Compared to conventional burners, it offers an extremely controllable heat supply thanks to its combination of pilot flame and finely adjustable air supply. If you are looking for maximum precision and reliability for demanding experiments, you should favour this burner.

Design and mode of operation

This laboratory burner impresses with a conically widened tube at the bottom, which ensures optimum air intake. The air volume can be finely adjusted using a threaded regulating disc so that the flame intensity can be flexibly adapted to different applications. The option of reducing the gas flow to economy flame mode also offers an additional level of safety, as the appliance can continue to flame with minimum gas consumption during idle phases. As DIN 30665 stipulates that the gas flow at the burner itself must not be switched off 100%, it is important to shut off the gas supply centrally to ensure complete shutdown.

Core technical features

- Optional operation with natural gas or propane gas
- Reaches temperatures of up to 1530 °C (natural gas) or 1550 °C (propane gas)
- Consumption for natural gas approx. 110 l/h and for propane gas approx. 55 l/h
- Load values: 1.25 kW (natural gas) and 1.5 kW (propane gas)
- High precision thanks to threaded air regulation and integrated gas tap
- Stable stand thanks to 265 g weight and 155 mm height
- Tube diameter of 14 mm and head diameter of 17 mm

Optionally, this burner is also available with an adhesive foot device, which can be requested for an additional charge. In addition, various versions are available in accordance with standard 30665, for example for DIN natural gas or DIN propane gas, each labelled with DIN-DVGW reg. no. NG-2211AN0133. Thanks to its robust construction, the burner is durable and designed for long-term use in professional facilities.

Special features

A key advantage is the integrated pilot flame, which is kept active directly on the burner when the gas flow is reduced via the needle valve. This offers greater ease of use: during short breaks in work, the burner does not have to be shut down completely so that it can be immediately brought back up to full heat. This combination of gas tap and precise air regulation ensures outstanding flame quality and offers a constant safety reserve in laboratory operation.

In addition, if required, the burner designs comply with important safety and quality standards such as DIN 30665, which ensures that the model fulfils the required guidelines in terms of flame shape, ignition behaviour and gas tightness. Comparable products on the market often do not offer the same robustness and accuracy in flame control.Examples of applications

- Sterilisation of microbiology instruments by contact with the flame
- Carrying out chemical syntheses, for example when heating reagents such as copper sulphate or potassium chloride
- Heating samples for drying or ash determination in analytical laboratories
- Demonstration of flame colouring in didactic use, e.g. with lithium chloride or sodium chloride

A precisely controllable heat source is crucial for these tasks in order to be able to carry out exact work steps and achieve reproducible results.

FAQs

Can this burner be switched off completely?

According to standard 30665, there is no provision for switching off the burner itself completely. A small flame remains, so the main shut-off in the laboratory should be used to completely cut off the gas supply.

Which gas is recommended

The burner can be operated with natural gas or propane gas. Natural gas reaches a maximum temperature of 1530 °C, propane gas even 1550 °C. The choice depends on the existing gas connection and the required temperatures.

What exactly does the economy flame mean?

The pilot flame is a small, continuously burning flame that is created when the gas flow is reduced via the needle valve. It enables a quick switchover to full flame power.

Is an adhesive foot absolutely necessary?

The adhesive foot is available as an option and provides additional stability. It can be useful in areas with increased safety requirements or when working with heavy glass or metal structures.

Conclusion

This torch scores points with its robust design, constant heat output and standard-compliant safety. Users who require targeted work with different types of gas benefit from the precise air supply and the reliable pilot flame. Thanks to its high manufacturing quality, practical design and compliance with important DIN standards, the appliance is recommended for demanding laboratory environments where precise heat sources are essential.

Usbeck safety burner, DIN, G 1/4 left-hand thread, safety pilot, needle valve

This safety burner is primarily used in professional laboratory environments where high reliability, maximum safety and precise flame regulation are essential. Compared to conventional burners, this model offers an integrated ignition safety device and a needle valve for particularly precise control of the flame intensity. It also complies with DIN 30665, making it the preferred choice for laboratory technicians who need a robust and standard-compliant burner.

Precise flame control and safety features

The burner has a built-in pilot flame and its needle valve allows the gas flow to be finely adjusted. This is particularly helpful for experiments that require different heat levels, for example when melting small glass tubes or heating sensitive chemicals in reaction vessels. Thanks to its design in accordance with DIN 30665, the gas cannot be completely switched off at the appliance itself. Therefore, the pilot flame continues to burn even when the needle valve is closed and the gas supply should be deactivated at the central supply point in the laboratory. The integrated ignition safety device also prevents unwanted gas build-up should the flame go out.

Important features at a glance

- Suitable for natural gas and propane gas
- Temperature range up to 1550 °C
- DIN-compliant design in accordance with standard 30665
- G 1/4 left-hand thread for secure hose connection
- Economy flame with air regulation for constant burning performance
- Robust construction for professional laboratory use
- Stable stand optionally available

With its 13 mm large combustion tube and 17 mm wide burner head, flames are evenly focussed and concentrated. The robust housing weighs just 400 g and is therefore easy to handle and uncomplicated to place. With a height of 160 mm, the device fits into standard fume cupboards without taking up valuable space. If required, you can also use an adhesive base to increase stability.

The different types of gas support different temperatures and outputs. With natural gas, a throughput of 110 l/h is possible with a heat output of around 1.5 kW; with propane gas, the consumption is 65 l/h and even reaches 1.7 kW. Both variants achieve flame temperatures that are typically between 1520 °C (natural gas) and 1550 °C (propane gas). This makes the appliance equally suitable for standard sterilisations as well as more demanding applications, such as melting glass capillary tubes or heating highly viscous substances.

Compliance with relevant standards

As the device is designed in accordance with DIN 30665, it can be used in laboratories that are subject to strict safety requirements and certifications. In combination with a central gas shut-off and tested connection materials, reliable work processes are guaranteed. The ignition safety device acts as a key safety feature and prevents unwanted gas leaks if the burner goes out unintentionally.

Concrete application examples

1. Sterilisation of inoculation loops in microbiological laboratories
2. Careful heating of temperature-sensitive substances such as agarose or gelatine solutions
3. Annealing small glass or metal parts in chemical experiments
4. Point and line heating in glass processing, especially for delicate reaction apparatus

The precise flame control also makes the device suitable for heating solvents such as ethanol or isopropanol and allows a level of safety that meets the high requirements of a professional laboratory.

Frequently asked questions

How can I safely clean the burner

?

Use a soft cloth to carefully remove any visible dirt or deposits first. A special brush for gas nozzles can then be used to thoroughly clean the inside. Make sure to close all gas pipes and allow the burner to cool down completely.

Is it possible to switch off the gas completely at the burner?

No, this model in accordance with DIN 30665 retains a small pilot flame even when the needle valve is closed. The gas supply should therefore always be interrupted via the central shut-off in the laboratory.

Can I use natural gas and propane gas at will?

Yes, the burner is designed for both types of gas. Make sure you use the appropriate hose connection and the recommended settings for air supply and output to achieve the optimum flame temperature.

Which hose connectors are available

Optional hose connection pieces with G 1/4 left-hand thread are available. An order can be placed as required to ensure a secure connection to your existing gas hoses.

Summary

This model offers a reliable flame source for a wide range of laboratory applications, from microbiological work to demanding glass working processes. Thanks to its compliance with standards and robust design, it is suitable for environments where safety and precision are top priorities. The high flexibility with regard to gas types, the integrated ignition safety device and the easily adjustable needle valve make it a versatile tool for professional requirements.

Usbeck Meker burner, needle valve, air regulation

The Usbeck Meker burner, needle valve, air regulation is specially designed for precise flame control and high heat output in professional laboratory environments. Thanks to its wider and longer burner tube, it achieves a higher output and larger flames than many comparable standard burners. This speeds up work processes, which is particularly advantageous for time-critical applications in laboratories and research. Compared to conventional laboratory burners, this model offers an extremely robust design as well as practical air and gas regulation, which ensures flexible adaptation to different burning processes.

Performance features and technical details

This laboratory burner is particularly interesting for professionals looking for a reliable heat source with a long service life and high precision. The product is characterised by a variety of features that are relevant not only for chemical, but also for biological or pharmaceutical applications in the laboratory. The most important technical features include:

- Suitable for natural gas (at approx. 1500 °C) and propane gas (at approx. 1350 °C)
- Adjustable needle valve and adjustable air supply for precise flame control
- Consumption with natural gas 120 l/h, with propane gas 75 l/h
- Load of 1.8 kW (natural gas) and 2 kW (propane gas)
- Pipe diameter 28 mm and head diameter 32 mm
- Compact height of 200 mm and a weight of 335 g

Additionally, an adhesive base is available for an extra charge, which further improves stability on smooth table surfaces. The particularly high flame output is achieved by the special meker head in the upper part of the burner. Thanks to this design, the flame is evenly distributed and efficiently reaches the required temperature. The result is an ideal heat supply that ensures even results when heating gaseous or liquid substances. Thanks to the precise adjustment of the needle valve and the air regulation, the flame shape can be adapted to very specific processes, be it rapid heating of reaction mixtures or gentle heating of temperature-sensitive substances.

If required, the flame can be adjusted particularly finely, making the device ideal for work that requires consistently high temperatures. Typical examples include sterilisation processes for laboratory instruments such as inoculation loops or tweezers, annealing glassware or quickly heating organic samples to dissolving temperatures. Thanks to the robust stainless steel construction, the material retains its shape even when exposed to high heat.

Certifications and standards

Although there is no specific DIN certification, this burner is characterised by high-quality manufacturing and consistent quality controls at Usbeck KG. CE labelling is a matter of course for gas appliances, so that safe working with gas cylinders and pipes is possible even without a DIN specification. Consistent quality monitoring during production also minimises deviations and guarantees reproducible performance.

Application examples

1. Chemical laboratory: Ideal for carrying out titrations at elevated temperatures or for heating solutions that need to be brought to boiling point quickly.
2. Biological laboratory: Perfect solution for annealing inoculation loops and for the safe sterilisation of glass instruments in the microbiological field.
3. Pharmaceutical research: Precise temperature control facilitates the gentle heating of heat-sensitive substances that need to react at specific temperatures.
4. Material testing: The consistently high flame output ensures rapid heating of metallic samples or polymer materials for material analysis.

FAQs

How is the flame regulated?

The flame is regulated via the integrated needle valve in combination with an infinitely adjustable air supply. This allows both the flame height and the flame pattern to be customised.

Can I use the appliance with both types of gas?

Yes, it can be operated with both natural gas and propane gas. Please observe the specific consumption and temperature specifications to achieve optimum results.

What safety instructions should be observed during operation?

Make sure that the burner is connected to a safe gas supply line. Before each start-up, check all connections for leaks and, if necessary, place an adhesive foot to protect the burner from tipping over.

Is it possible to retrofit an adhesive foot at any time?

Yes, an adhesive foot is available for an additional charge and can also be retrofitted to increase stability. This additional stability factor is particularly appreciated for longer heating processes.

Does it require special cleaning or maintenance?

Clean the burner head of residues, especially soot or other particles. Regular visual inspection for impurities and removing them with a suitable brush will significantly extend the service life.

Conclusion

Thanks to its robust design, larger head diameter and precisely adjustable air and gas regulation, this laboratory burner provides an even and efficient heat source for a wide range of laboratory applications. Whether natural or propane gas, the burner is flexible enough to implement various process parameters with little effort, ensuring a safe and productive working environment. In chemical, biological and pharmaceutical laboratories in particular, it sets high standards in terms of performance and reliability and supports precise work steps, whether for heating, sterilising or melting various substances. This optimally covers a wide range of testing and analysis activities and contributes to an overall productive workflow.

Construction (gas burner):	Meker burner
Flame temperature:	Natural gas 1500?°CPropane gas 1350?°C
Gas types:	natural gaspropane
Weight:	335 g
Height (gas burner):	200 mm
kW:	1,82,0
Shipping weight:	1,34 Kg
Product weight:	0,34 Kg

Usbeck Meker burner all-gas, air regulation

This laboratory gas burner is designed for use with different types of gas and offers precise adjustment options for flame intensity thanks to its air regulation. The larger burner head and wider tube create a particularly powerful flame. Anyone who needs high temperatures in laboratory environments and values reliability will quickly realise that this model is particularly robust compared to comparable solutions and that its optimised design saves both time and energy in everyday work.

Powerful features

The Meker burner is designed for operation with natural gas and propane gas and therefore covers a wide range of applications in chemical and biological laboratories. The high-quality workmanship ensures a consistently high heat output. The integrated needle valve allows precise dosing of the gas flow from below, while the air supply is adjusted by its own regulation. The outstanding features are primarily characterised by safe handling and the ability to make rapid temperature changes. The most important technical data is summarised below:

- Temperature: up to 1490 °C for natural gas and up to 1320 °C for propane gas
- Gas consumption: approx. 120 l/h (natural gas) or 60 l/h (propane gas)
- Heat load: 2 kW (natural gas) or 1.9 kW (propane gas)
- Pipe diameter: 28 mm; head diameter: 32 mm
- Height: 200 mm and weight: 335 g for convenient handling
- Not DIN-certified, yet high safety standard
- Optional adhesive base available on request

In addition, the product has a robust housing designed for long-term use in demanding environments. The built-in needle valve mechanism ensures that gas rationing is easy to adjust thanks to its fine control. The combination of a larger head and wider tube also enables an evenly distributed flame that can cover a wide range of applications.

Certifications and standards

Although the burner is not DIN-certified, it still impresses with its professional safety design. It is manufactured in accordance with the manufacturer's quality guidelines and generally fulfils the standard laboratory requirements for gas burners. Users can rely on reliable flame formation and a robust design that offers the best possible stability even when used continuously in everyday laboratory work. The air supply can be easily adjusted so that the flame shape can be optimised for different processes.

Examples from practice

- Sterilisation of laboratory cutlery in microbiological laboratories
- Heating and drying samples for chemical analyses
- Flaming test tubes and flasks, for example when working with heat-resistant substances such as borosilicate glass
- Carrying out flame staining for rapid sample analysis

When working with propane gas, the device is ideally suited for short-term high temperatures, while natural gas proves its worth in longer test series thanks to its constant heat development. Thanks to its adaptability, the burner is equally suitable for teaching laboratories and research facilities where frequent changes are made between different fuels.

Frequently asked questions (FAQ)

How is the gas flow controlled?

A sensitive needle valve allows the gas flow rate to be regulated. In addition, the flame intensity can be regulated by the infinitely variable air supply.

Can the appliance be operated with other gases?

In principle, it is primarily designed for natural gas and propane gas. Other types of gas should only be used on the basis of the manufacturer's specifications.

Is additional installation work necessary?

No, the burner is ready for immediate use. An optional adhesive base can be installed, which is available separately and provides more stability.

How can the flame temperature be influenced?

The interaction between the air supply and gas setting allows users to adjust the flame temperature and shape precisely to their needs.

Conclusion

This Meker burner enables precise control of the gas and air supply and is perfect for professional laboratory environments thanks to its robust design. High temperatures can be reliably achieved thanks to the wide tube diameter and larger burner head, while the needle valve allows finely tuned dosing. These features make the model a versatile tool in chemistry and biology laboratories, as it can be easily adapted to different tasks. Thanks to its high performance and durability, the device provides an ideal basis for a wide range of experiments and workflows and is characterised by its safe and convenient operation.

Usbeck Bunsen burner for cartridge, needle valve

This compact gas burner combines precise work with high reliability and is primarily aimed at professional users in laboratories, research institutes and industry. The model reaches temperatures of up to 1530 °C and impresses with its robust design and variably adjustable air supply. Anyone looking for a Bunsen burner that can be finely adjusted thanks to the needle valve and also fulfils the highest safety standards will find a powerful solution here.

Application area and design

Thanks to its detailed design, the device enables precise flame control for reaction processes in chemical or biological laboratories, for hardening small metal parts or for soldering work on sensitive components. The sturdy construction made of high-quality metal alloys ensures a long service life and minimises the risk of failure. The air-regulated combustion creates a clean and efficient flame pattern so that even heat-sensitive substances can be heated precisely and safely.

In addition, the strength of the flame can be adjusted with millimetre precision using the integrated needle valve. Users therefore benefit from optimum control without abruptly lowering the gas supply or risking unnecessarily high flames. This design guarantees stable and controlled heat development, especially for fine tests with temperature-sensitive chemicals. A rubber sealing ring on the burner valve prevents gas loss and should be checked regularly for integrity to ensure maximum operational safety.

Technical features

- Heat output: 1.3 kW
- Consumption: 0.13 l/h
- Working temperature: up to 1530 °C
- Weight: 145 g
- Air regulation thanks to needle valve
- Tube diameter: 10 mm
- Head diameter: 20 mm

The height of the torch is a compact 85 mm, making the gas torch easily accessible in almost any laboratory environment or workshop. The cartridge is connected directly to the burner valve attachment. An additional plastic handle, which is available as a spare part, ensures ergonomic working and comfortable handling. The burner is designed for use with cartridges, which are available separately. The manufacturer does not currently offer an adhesive base as a standard accessory.

Certifications and standards

This model is registered in accordance with DIN-DVGW reg. no. NG-2211AS0473 and therefore fulfils the high requirements for safety and quality standards in laboratory and industrial use. Compliance with these standards guarantees reliable flame protection, sufficient material resistance and safe operation with frequent use. Anyone looking for a device that fully fulfils the relevant regulations will make a sound decision with this design.

Application examples

1. Chemical laboratories: Ideal for precise heating of samples, for example for reactions with sulphuric acid, nitric acid or other corrosive media.
2. Biological research: Sprayed flame sterilisation or heating laboratory utensils in a sterile environment.
3. Metal processing: Especially for annealing and hardening small metal parts or for soldering delicate components.
4. Training and teaching: Demonstrations of scientific experiments to convey learning content in a practical way

FAQ

How can the flame be optimally adjusted?

Fine adjustment is made via the needle valve. This allows the gas supply to be regulated precisely and the desired flame size to be set easily.

Which cartridges are suitable

The appliance is designed for commercially available cartridges. More detailed information on the connection and the type of cartridge required can be found in the manufacturer's instructions or can be obtained directly from the specialist retailer.

How often should the rubber sealing ring be checked?

A visual inspection of the sealing ring should be carried out regularly - before each use, for example - in order to recognise possible signs of wear at an early stage and prevent gas losses.

Can the burner also be used for sensitive substances?

Yes. The precise air and gas regulation makes it ideal for temperature-sensitive substances, as the desired flame size can be set quickly and conveniently.

Is an adhesive base available?

A special adhesive base is currently not available as standard, according to the manufacturer. If a special stand is required, it is advisable to check alternative mounting methods.

Conclusion

The Bunsen burner combines compact design and powerful performance in one reliable appliance. Thanks to simple but precise flame regulation, it ensures first-class results when heating, sterilising, hardening and melting. The robust material and DIN-DVGW certification make it a durable companion in the laboratory and in production. In addition, the air-regulated burner technology supports a clean, efficient flame with optimised gas consumption. This model therefore offers the highest level of quality in terms of both safety and everyday use.

Labbox Bunsen burner with safety valveBunsen burner with needle valve and flame stabiliser. Equipped with a safety valve that stops the gas supply if the flame goes out unexpectedly. The safety valves are homologated and are supplied with a CE certificate of conformity based on EU Directive 2016/426. Nickel-plated brass tube, 11 mm diameter x 130 mm height (BUNS-P02-001 and BUNS-PC2-001: 11 mm diameter x 150 mm height). Available with standard connection, where the connection to the gas line must be blocked with a hose clamp (not included), or with a 1/4'' threaded connection.Brand: OMMStorage temperature: CAS number: CLP hazard pictogram: ZEROUN Hazard Statements: NULL