Heating Mantle.
Electric heating mantles for uniform, flameless heating of round-bottom flasks during distillation, reflux, and synthesis — safer than open-flame heating.
Heat round-bottom flasks safely and uniformly during distillation, reflux, and extraction with our fiberglass-insulated heating mantles. Flameless design eliminates ignition risk when working with volatile organic solvents — essential for chemistry and pharmaceutical synthesis laboratories.
Heating Mantle: where it’s used
The day-to-day settings and workflows this equipment is chosen for by teams across Nepal.
Distillation Procedures
Controlled heating for Kjeldahl distillation, solvent recovery, and fractional distillation.
Reflux Reactions
Maintaining steady boiling conditions during organic synthesis and chemical reactions.
Soxhlet Extraction
Providing consistent heat for fat and oil extraction from food and agricultural samples.
Teaching Laboratories
Safe flameless heating for chemistry practicals in colleges and universities.
Heating Mantle: what to look for
The specifications and options worth comparing when you choose the right one for your needs.
- Flask Capacity (mL)
- Maximum Temperature
- Heating Element Type
- Temperature Control (Analogue/Digital)
- Power Rating (Watts)
What is a Heating Mantle used for?
Electric heating mantles for uniform, flameless heating of round-bottom flasks during distillation, reflux, and synthesis — safer than open-flame heating.
What are the core applications of a Heating Mantle?
Core applications include Distillation Procedures, Reflux Reactions, Soxhlet Extraction, Teaching Laboratories.
What are the key specifications to consider when selecting a Heating Mantle?
Key parameters include flask capacity (ml), maximum temperature, heating element type, temperature control (analogue/digital).
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