Industrial heaters are used to heat a variety of materials. They are available in many different shapes, sizes, and configurations. There are many different types of industrial heaters. Choices include air heaters, band heaters, coil heaters, cable heaters, cartridge heaters, cast-in heaters, ceramic fiber heaters, and circulation heaters. Air heaters are used to heat air. This category includes forced air products and all types of radiant and space heaters. Band heaters are ring-shaped heaters that clamp onto a cylindrical object and heat via conductive heat transfer. Coil heaters and cable heaters are heating elements formed from straight (uncoiled) segments of round or square heating cable. Cartridge heaters are cylindrical heaters that are inserted into a heated substance. Cast-in heaters are made-to-order tubular or wire heaters that are cast into a part. These parts are designed to be an integral component of a larger piece of equipment. Ceramic fiber heaters are only used for radiant heat transfer. They are not designed for conduction heating applications. Circulation heaters are used to heat moving or circulating fluids.
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Products & Services Related to Industrial Heaters, All Types
Coil Heaters and Cable Heaters
Coil heaters and cable heaters are heating elements formed from straight (uncoiled) segments of round or square heating cable.
Flexible Heaters
Flexible heaters are devices that can be molded to the shape of a heated object.
Induction Heaters
Induction heaters use an electrical source to drive alternating current (AC) through a coil to heat metal objects.
Radiant Heaters
Radiant heaters use a reflective shield to direct radiant heat onto a heated surface.
Tubular Heaters
Tubular heaters are generally used in custom heating applications. Base (tubular) heating elements can be bent into standard or custom shapes.
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Engineering Web: Industrial Heaters, All Types - Machine Design
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Machine Design -
There are three ways to regenerate a desiccant: with air, internal or external heaters, or a heat pump. Heaterless dryers regenerate desiccant by passing a quantity of the dried air through the ...
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Basics of Design Engineering - Fluid Power Chapter 2 - Filters, Heat Exchangers...
There are three ways to regenerate a desiccant: with air, internal or external heaters, or a heat pump. Heaterless dryers regenerate desiccant by passing a quantity of the dried air through the ...
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Machine Design -
Filaments for incandescent lamps are usually coils of very fine unalloyed tungsten wire. Electronic tubes are often constructed with tungsten as the heaters; some advanced tubes use heaters made from ...
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