Component Heaters

Component Heaters

Overview

Component heaters by themselves meet many heating needs. They can also be integrated into more complex heating systems to provide a complete thermal solution for your heating requirements. Shape and size most often are the determining factor in most heater applications. Chromalox carries the widest selection of standard component heaters in many shapes, sizes, and wattages.

Products

Tubular

Tubular

Tubular heating elements are versatile and perform exceptional heat transfer by conduction, convection, or radiation to heat liquids, air, gases, and surfaces. Round, triangular, flat press, and formed bends are made to customer requirements.

Components - Strip, Ring, Disc

Components - Strip, Ring, Disc

Rugged and easy to install, these units transfer heat by either conduction or convection to heat liquids, air, gases, and surfaces. Applications include drying, melting, baking, or curing.

Band and Nozzle

Band and Nozzle

Band heaters grip tightly to cylindrical surfaces to supply uniform heat transfer, critical to the heater life. Chromalox band heaters come in one or two-piece construction for easy installation and removal.

Cartridge

Cartridge

Cartridge heaters are inserted into drilled holes to heat metal parts or small spaces. Chromalox provides an array of sizes, wattage ratings, voltages, lead types, and mounting options.

Flexible Heaters

Flexible Heaters

Versatile Chromalox silicone laminate/flexible elements find use in applications requiring low to medium temperatures. Rugged construction of lightweight material provides chemical and moisture resistance.

Hot Plates

Hot Plates

The Hot Plate is a flat, rugged, cast heating element designed for heavy duty service. It is unaffected by physical and thermal shock.

Thick Film

Thick Film

Chromalox custom Thick Film Designs are used to provide precise, direct heat to unique applications by applying a heating resistor directly to the application surface. Thick Film heaters offer rapid heat up, long life, accurate temperature control, and efficient heat transfer.