About Heating Mental
Heating Mental
KFW SCIENTIFIC INDUSTRIES
Brand Name - KFWHEATING MENTAL Lab ScienceHeating&Cooling Heating Mantles 50ml Heating Mantles - KFW
Suitable for laboratories, chemicals, pharmaceuticals, Dyes, Glass plants etc. Particularly useful for Heating inflammable liquids. Electric heating net is hand knitted from glass Yarn and there is no joint to maintain the strength of the yarn and stands high temperature up to 350 degree c. the body of the mantle is spun one piece from non-rusting Aluminum (up to 5.0 liters Capacity) duly stoving painted. All heating mantles are lagged with special grade mineral wool.
To work on 110/220/230 Volts AC.
NOTE:-
ITS IS THE COST OF 50 ml WITH 60 watt AND PRICE ARE CHANGE AS PER CAPACITY AND WE ARE AVAILABLE ALL SIZES IN STOCK WITH BEST QUALITY..
Heating Mantles (Made of Glass yarn): With ON/OFF Switch
Size Watt/Circuits
a)50 ml 60
Note: Multi heating Mantles can be also be made on requirement.
Uniform Heating for Laboratory ApplicationsAchieve consistent and controlled heating of liquids in round bottom flasks with the Heating Mantles nichrome wire element and premium fiber glass net lining. The design allows precise temperature regulation, ensuring reproducible results in laboratory tests, chemical analysis, and pharmaceutical research up to 400C.
Safety and Durability at the ForefrontThis heating mantle prioritizes user safety with features such as fuse protection, proper earthing, and an insulated construction to reduce external heat loss. Its powder-coated exterior ensures durability, while the glass wool insulation enhances the devices overall efficiency and chemical resistance.
Manual Precision and Versatile UsageOperate this bench-top equipment manually for direct, hands-on control over heating processes. The analog display and energy regulator facilitate accurate temperature settings, while the mantle accommodates flask sizes of 100 ml up to 2 liters, making it flexible for a wide range of laboratory heating applications.
FAQs of Heating Mental:
Q: How do I operate the heating mantle safely in my laboratory?
A: To operate the heating mantle safely, ensure it is properly earthed and connected to a 230 V AC, 50 Hz supply. Always use the fuse protection and avoid exceeding the maximum capacity of 2 liters. Place the round bottom flask centrally in the mantle, set the desired temperature using the manual energy regulator, and monitor the sample closely.
Q: What types of flasks and liquids is this heating mantle suitable for?
A: This heating mantle is designed for round bottom flasks ranging from 100 ml to 2 liters. It uniformly heats most laboratory liquids, commonly used in chemical analysis and pharmaceutical research, thanks to its chemical-resistant materials and uniform surface heating principle.
Q: When should I utilize the overheat protection features?
A: Overheat protection is automatically engaged to prevent the mantle from exceeding safe operating temperature. If you notice the fuse has blown or the device shuts off unexpectedly, allow the mantle to cool, check connections, and replace the fuse if necessary before resuming operation.
Q: Where can I install and use this heating mantle?
A: Install the mantle on a stable laboratory benchtop near a dedicated 230 V AC power outlet. Ensure there is adequate ventilation and that the device is away from flammable materials, making it safe and effective for use in laboratories across academic, research, and industrial settings.
Q: What is the process for setting and controlling the temperature?
A: Set the desired temperature using the manual energy regulator and refer to the analog display for monitoring. The mantle allows precise control, instant response, and consistent heat distribution up to 400C with a 1C accuracy, suitable for sensitive laboratory reactions.
Q: How can I benefit from using this heating mantle in research?
A: Using this mantle provides uniform heat distribution, chemical resistance, and energy-efficient operation. Instant temperature response and overheat protection enhance laboratory safety and experiment reliability, making it ideal for research requiring consistent heating of chemicals or solutions.