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Tubular heaters are used for immersion and air heating applications. They can be clamped to objects such as vessels and tanks, fitted into milled groove platens, immersed directly into a liquid being heated or even mounted in ducts for heating air and gas. Heaters are available as single- and double-ended, and can be formed to complex geometries.
Flexible heaters are commonly used to heat irregular surfaces, shapes and pipes. These heaters can be bonded or fastened to parts and are often used for freeze protection.
These heaters can be immersed directly in the liquid being heated or put in protective wells. Multiple style mounting adaptors are available.
Fluid delivery heaters provide precise, reliable and responsive heating for fluid delivery systems in medical, analytical, water purification and general process applications.
Air heaters can be used to prevent freezing and condensation in electrical and mechanical housing or can be placed in ducts for forced air heating.
These high-temperature heaters are used for extreme high-temperature applications. The heaters fit applications such as the construction of furnaces and chambers.
These specialty heaters are commonly used for high temperature applications or in cases where high watt densities are required. These versatile heating elements can be formed or machined to fit precise heating applications.
Bolted or clamped to flat surfaces these heaters can provide freeze or moisture protection. These heaters can be attached to tank or vessel walls for warming.
These heaters can be clamped to most any cylindrical surfaces. The materials used in the construction of these heaters allows them to be used at temperatures up to 1400°F (760°C) or used at low temperatures for freeze protection.
These heaters are formed to fit cylindrical parts. Applications for these heaters range from industrial processes to medical applications.
Used in non-contact applications where conduction or convection heating is not practical.
We provide a variety of thermostats and accessories that can be integrated with the heaters. By providing a one-stop solution customers do not have to use multiple component suppliers.
Heater Selection Guides. Three heating methods: conduction, convection, radiation. Overview of heating solids, liquids, gases, and heating in a vacuum
Cartridge heaters and insertion heaters can be inserted into holes, used as immersion heaters placed directly in liquid or in protective wells, or can be mounted in pipes or vessels.