The built-in thermocouple eliminates the need for an external temperature sensor.

Also known as strip and disc heaters, these bolt or clamp onto flat metal parts to heat the surface through direct contact.

An adjustable thermostat senses the container’s surface temperature to automatically control heat output.

Also known as foil heaters, these bend around corners and edges without causing damage to the heating element.

Heaters are fiberglass-reinforced silicone rubber.

For applications requiring high heat over long periods of time, these aluminized steel heaters warm up faster and are more durable than silicone rubber heaters.

To prevent hot spots that can damage heat-sensitive materials such as adhesives, sealants, and food, these heaters warm the air around containers without touching them.

Keep drum contents warm and ready to roll.

Efficiently heat liquid in small containers.

Bolt the flange to a matching flange welded on a container wall.

Often used for temporary heating in sinks and pails, these heaters have a circular base that sits at the bottom of containers. Remove them from the container after heating its contents.

Often used for freeze protection in outdoor containers, these heaters float on the water’s surface and automatically keep the temperature between 45° and 65° F.

Hook these heaters on the side of small drums and pails.

Install these heaters into threaded container openings or pipe couplings to quickly and efficiently heat liquid through direct contact. The heating element is Incoloy for excellent resistance to harsh chemicals.

Form these heaters into any shape and install them through container walls with the attached bulkhead fittings.

Also known as circulation heaters, these install directly into pipelines.

The thermostat automatically turns these heaters on when the temperature drops below 38° F and turns them off when the temperature reaches 45° F.

These heaters require a separate temperature switch or controller to regulate heat output.

These heaters require a power-connection kit.

Rated for a maximum heat output of 900° F, these heaters are often used for thawing frozen pipes and rapid spot heating.

Form these flexible heaters into any shape to mount them through holes and into brackets, slots, and collars. They are also called tubular heaters.

Protect equipment in enclosures from freezing, humidity, and condensation buildup that can cause damage and lead to premature failure.

An adjustable thermostat automatically turns the heater on when the temperature drops below your set temperature and off when it rises above your set temperature.

Also called tankless water heaters, these provide hot water on demand and take up less space than heaters with a tank.

The wiring compartment is sealed to NEMA 4 standards for protection from dust, washdowns, and corrosion.

Focus warm air in a specific spot.

Evenly warm a large space with steam and water from your existing boilers.

Focus warm air in a specific spot.

Often installed below windows, the low profile design keeps these heaters out of the way.

Use where flammable gases and vapors are present—these heaters meet NEC Class I, Divisions 1 and 2, Groups C and D.

Under 2 ½” long, these tiny heaters fit in tight spaces, such as security camera enclosures. For localized heat in a large enclosure, place them near batteries and other parts that don’t work well in the cold.

These slim heaters fit into small spaces to protect electronics from cold and condensation.

A sensor attached to the heater might signal that it’s warm enough near the heater, while other parts of the enclosure are still cold. Moving the sensor away from the heater helps you keep electronics warm and dry, anywhere in the enclosure.

Move these heaters to worksites, loading docks, and other cold spots to warm people in indoor and sheltered outdoor areas.

Eliminate cold spots without taking up space. Slip these heaters into your drop-ceiling grid above windows and doorways to complement your existing heating system.