Eisco Scientific
Eisco Scientific CH0093C Micro Bunsen Burner LP Fuel laboratory supply
A compact micro Bunsen burner for LP fuel, delivering 2,000–3,200 BTU and up to 1,500 °C
- Micro flame for precision work
- LP fuel delivers 2000–3200 BTU output
- Reaches 1500 °C maximum temperature
- 11 mm mixing tube with 8 mm barb
- Aluminium tube on nickel-plated zinc base
Micro Bunsen Burner for LP fuel
The Eisco Scientific CH0093C is a compact laboratory burner designed for tasks that require a small, focused flame. It operates on LP fuel and suits educational labs, field kits or any workspace where bench space is limited.
Thermals noise and power draw
The burner delivers a BTU output of 2000 to 3200 and reaches a maximum temperature of 1500 degrees C. An 8 mm barb connects the fuel line, while the aluminum mixing tube and nickel-plated zinc alloy base handle the heat without active cooling or electrical power.
Build fit and freedoms
At 11 mm outside diameter and 3 in overall height, the unit fits into tight setups and leaves room for larger apparatus around it. No external power supply is needed, so the only requirement is a regulated LP source and a safe, ventilated surface.
Highlights
- Micro flame for precision work
- LP fuel delivers 2000–3200 BTU output
- Reaches 1500 °C maximum temperature
- 11 mm mixing tube with 8 mm barb
- Aluminium tube on nickel-plated zinc base
Specifications
| Brand | EISCO SCIENTIFIC |
|---|
Questions about this item
How do I connect the 8 mm barb to my LP gas supply without leaks?
Push the gas tubing firmly onto the 8 mm barb until it seats fully; the most common mistake is leaving a gap that lets unburned LP escape before ignition.
Which parts wear out first and need replacement after extended lab use?
The aluminum mixing tube and nickel-plated zinc-alloy base are the only components exposed to the 1,500 °C flame; inspect them periodically for warping or carbon buildup and replace if damaged.
At what point does the 2,000–3,200 Btu output become unstable during a long heating run?
Output can drift if the LP regulator pressure drops or the 8 mm supply line ices up; both effects appear before the burner itself reaches any thermal limit.
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