Thermaheat Electric Heaters

The Thermaheat 2.4 kW Halogen Infrared has been designed following feedback from not only the tool hire industry and end-user but also from a workshop maintenance point of view. The compact and robust blow moulded design is not only durable but also lightweight making it easy to manoeuvre and features a space-saving nesting design making them not only easy to store but also easy to transport.

Fitted with 250mm SK15 pre-wired elements with a highly polished reflector ensuring instant maximum heat output and also includes an integrated safety tilt switch.

Fan heaters work on the principle that an electrical current is passed through an element converting the energy into heat, a fan to the rear of the heater element blows air over the heat source creating warm air.

Fan heaters work on the principle that an electrical current is passed through an element converting the energy into heat, a fan to the rear of the heater element blows air over the heat source creating warm air.

Fan heaters work on the principle that an electrical current is passed through an element converting the energy into heat, a fan to the rear of the heater element blows air over the heat source creating warm air.

Fan heaters work on the principle that an electrical current is passed through an element converting the energy into heat, a fan to the rear of the heater element blows air over the heat source creating warm air.

Fan heaters work on the principle that an electrical current is passed through an element converting the energy into heat, a fan to the rear of the heater element blows air over the heat source creating warm air.

Fan heaters work on the principle that an electrical current is passed through an element converting the energy into heat, a fan to the rear of the heater element blows air over the heat source creating warm air.

Fan heaters work on the principle that an electrical current is passed through an element converting the energy into heat, a fan to the rear of the heater element blows air over the heat source creating warm air.