Flexible Ceramic Heating Elements

Ceramic infrared heating elements are effective sturdy heaters which provide long wave infrared radiation.

Flexible ceramic heating elements.

Flexible heating elements ultra flat flexible etched foil heaters available in any shape or size with silicone polyester and kapton insulation materials. These elements are commonly found in precision heating applications like medical diagnostics and aerospace. Include flange heaters circulation heaters tubular heaters and immersion heating elements for a wide variety of industrial home and commercial applications. Molybdenum disilicide mosi 2 an intermetallic compound a silicide of molybdenum is a refractory ceramic primarily used in heating elements.

Flexible ceramic pads heating elements are manufactured with a range of power ratings for use with a selection of standard voltages. If you require any special heating element configuration voltage or. With a resourceful expert and knowledge base thermoer is able to provide customers with heaters and controls with exceptional performance. Fcp heating elements so that the correct amount of heating power can be applied to successfully heat treat the pipe weld or other fabrication.

Thermoer manufactures a complete line of heating elements. It has moderate density melting point 2030 c 3686 f and is. Flexible heating elements are ideal for applications which require a heater with complex geometry low thermal mass lightweight construction and minimal thickness. We serve a wide variety of industries including petrochemical medical devices semiconductor and food service.

The lower the surface load the longer the life of the heater. We offer a range of full trough and half trough elements with or without. Our heating element products. As a rule of thumb.

In order to avoid overheating we recommend not to exceed a watt density of 0 8 w cm 2 some of our customers have applications in which heating elements with 2 w cm 2 or more are used without any issues. This is mainly dependant on the thermal conductivity of the material being heated the higher the thermal.