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Industrial Heaters
Tempsens offers industrial heating solutions for processes that can be broadly classified as low-temperature (to about 400 °C), medium-temperature (between 400 and 1,150 °C), and high-temperature (beyond 1,150 °C).
Low-temperature processes include baking and drying, curing finishes, soldering, molding, and shaping plastics. Medium temperature processes include melting plastics and some non-metals for casting or reshaping, as well as annealing, stress-relieving, and heat-treating metals.
High-temperature processes include steelmaking, brazing, welding, casting metals, cutting, smelting, and the preparation of some chemicals.
All products offered are ISO 9001:2015, CE and UL certified
Component Heaters
Component Heaters are available in different model types common types are cartridge heaters, silicon rubber heater etc.
Process Heaters
Process heaters are in direct contact with the process and transfer heat through convection or radiant heat transfer
Furnace Heaters
Furnace heaters include Bobbin Heater, Edge Wound Heater, Silicon Carbide heater etc.
Heat Tracing Solutions
Tempsens offers a wide range of heat tracing solutions for various applications.
Comfort Heating Solutions
Nothing matches to radiant floor heating. It is more comfortable than any other type of heating system
FAQ
Frequently Asked Questions
Find answers to frequently asked questions related to Industrial Heaters.
Industrial Electric Heaters convert electric energy to heat based on Ohm’s Law. Heat generated is transferred to the load via conduction, convection or radiation. Based on direct resistive heating, this technology is the most beneficial, hence preferred over fuel based heating
Working:
- Industrial heaters works on the principle of ohms law.
- The high resistance wire carrying electrical energy converts the energy into heat energy.
- The heat generated then transferred to load.
The various applications of industrial heaters are:
- Industrial immersion heaters are designed for direct contact heating of water, oils, viscous materials, solvents, process solutions and gases for many industrial heat applications.
- In-Line Heaters are used in Water Heating, Freeze Protection, heat Transfer Oil heating, Fuel Oil Heating, Steam, Air, Gas heating and others variable applications.
- Furnace Heaters generally used for different furnaces applications including Annealing furnaces, galvanizing furnaces etc.
- Component Heaters are used for heat staking, plastic welding, laminating, drying, heat sealing, high temperature or corrosive applications and Critical Nuclear applications.
