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A reliable Bunsen burner is a cornerstone of any laboratory, essential for heating, sterilization, and various experimental procedures. Selecting the right model ensures consistent performance, safety, and efficiency in your scientific work. Understanding key features will help you find a burner that meets your specific laboratory needs.
HIGH-TEMPERATURE LAB HEATING: Delivers intense, stable heat up to approx. 1200°C for laboratory heating of nonflammable objects and solutions.
MULTI-FLAME ADJUSTMENT: Precision needle valve above the base enables easy control of flame size for multiple flame settings and different experiment needs.
SAFER, STABLE BURNING: Integrated flame stabilizer helps maintain a steady flame and supports safer combustion to reduce flashback risk (flame backflow toward the gas line).
COMPLETE AIR & GAS CONTROL: Air intake regulator and gas regulator allow fine tuning of the air–fuel mix for clean, efficient operation with common gas fuels.
This is the most versatile bunsen burner is used for safe continuous stream of flammable gas used for heating, sterilization and combustion. This burner is equipped with an air flow adjustment sleeve, brass gas adjustment knob and brass flame stabilizer...
This burner is equipped with casted ribbed fuel input tube which is 8mm outside diameter - Recommended neoprene tube (not included) to connect burner to fuel source is Eisco Item number CH0100A 23.60" long (60cm length) or CH0100B 35.43" long (90cm...
This improved design has an extended cast Iron base (4.25" x 4.25") prevents easy tipping, even with hoses connected. Burner feet are spaced on all four corners to create extra stability and so burner fits comfortably under stands. Equipped with a sturdy...
Natural Gas Burners have a BTU range usually 800-1200. Maximum Temperature is approximately 1500° C (2732° F)
PREMIUM DESIGN || This premium Bunsen burner is used for safe continuous stream of flammable gas used for heating, sterilization and combustion
FOR LPG || Suitable for use with liquid petroleum gas (propane or butane). Burner comes equipped with a serrated inlet arm that accepts 6-8mm tubing
CAST IRON BASE || Improved design has an extended cast Iron base (4.25" x 4.25") that prevents tipping, even when hoses are connected. Burner feet are spaced at all four corners for added stability and allows burner to fit comfortably under stands...
ADJUSTABLE || Equipped with a brass flame stabilizer tip and two adjustable features - an air flow adjustment sleeve to control the oxygen that is drawn into the tube, and a brass gas adjustment needle valve to control gas flow
Heat up to 1200°C, meets rigorous lab requirements：This laboratory Bunsen burner generates flame temperatures reaching 1200°C, making it suitable for various laboratory tasks such as heating non-flammable solutions, sterilizing instruments, and...
Precision gas regulation with built-in flame stabilizer：Based on the classic Tirrill burner design, this unit includes a flame stabilizer and a gas control valve to maintain a consistent flame shape during prolonged use. A needle valve located above the...
Durable metal construction with anti-tip octagonal base：This durable Bunsen burner features a zinc alloy base certified to 1200°C and a brass burner tube that enhances gas-air premixing and combustion efficiency. Its single-tube design simplifies...
Runs on common laboratory gas supplies：This Bunsen burner is compatible with various gas sources, including natural gas, propane, piped gas, bottled gas, liquefied petroleum gas (LPG), and coal gas. Setup is quick and easy: simply connect a gas hose...
PREMIUM DESIGN || The Meker Bunsen burner is designed for finely controlled air and gas mixture. Provides a safe, continuous stream of flammable gas used for heating, sterilization and combustion. This burner produces a shorter, much hotter flame than...
FOR LPG || Suitable for use with LPG (liquid petroleum gas) or butane gas. Burner comes equipped with a serrated inlet arm that accepts 6-8mm tubing
CAST IRON BASE || This improved design has an extended cast Iron base (4.5" x 4.5") that prevents tipping, even when hoses are connected. Burner feet are spaced at all four corners for added stability and allows burner to fit comfortably under stands...
ADJUSTABLE || This burner is equipped with a brass flame stabilizer tip and two adjustable features - a threaded air flow adjustment to control the oxygen that is drawn into the tube, and a gas adjustment underneath the burner
Last update on 2026-10-24 / Affiliate links / Images from Amazon Product Advertising API
How to Choose the Best Lab Bunsen Burners
Key Factors to Consider When Buying a Bunsen Burner
When choosing a Bunsen burner for your lab, several factors are crucial for optimal performance and safety. Focus on these key areas:
Gas Type Compatibility: Bunsen burners are designed for specific fuel gases, most commonly natural gas or propane. Ensure the burner you select is compatible with the gas supply available in your laboratory. Adapters may be available, but it's best to choose a burner designed for your gas type to avoid complications and ensure proper flame regulation.
Flame Adjustment and Control: The ability to precisely control the flame is paramount. Look for burners with adjustable air vents and gas valves. A well-designed burner allows for a stable flame, ranging from a cool, luminous flame for gentle heating to a hot, non-luminous blue flame for more intense applications. This control ensures you can achieve the correct temperature and flame characteristics for your experiments.
Material and Durability: Bunsen burners are typically made from brass, stainless steel, or other corrosion-resistant metals. Consider the materials used in construction, as they impact the burner's longevity and resistance to heat and chemical exposure. A robust build quality will ensure the burner withstands frequent use in a demanding laboratory environment.
Frequently Asked Questions
What is the difference between a Bunsen burner and a Tirrill burner?
A Tirrill burner is a type of Bunsen burner that features a needle valve to control gas flow independently of the air vent. This allows for finer control over the flame's size and intensity, offering greater versatility in flame adjustment compared to a standard Bunsen burner.
How do I safely operate a Bunsen burner?
Always ensure the burner is placed on a stable, heat-resistant surface away from flammable materials. Light the burner with a striker or lighter after turning on the gas, and adjust the air vent to achieve the desired flame. Turn off the gas supply when finished and allow the burner to cool before handling.
What kind of gas is typically used with a Bunsen burner?
Bunsen burners are commonly designed to operate with natural gas or propane. It is essential to confirm the burner's compatibility with your laboratory's gas supply before use to ensure proper function and safety.
How do I adjust the flame on a Bunsen burner?
The flame is adjusted by controlling both the gas flow and the amount of air entering the burner. Rotating the collar opens or closes the air holes, affecting the air-to-gas mixture. A wider air opening generally produces a hotter, non-luminous blue flame, while a more closed opening results in a cooler, luminous yellow flame.
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