Ceramic heaters have electrical resistance and thermal conductivity to generate and conduct heat when current flows through them. Ceramics are useful as insulators while simultaneously conducting heat to minimize the occurrence of temperature drops and energy connected to a non-insulated resistance wire. The following are the types of ceramic heaters, namely:

 

Ceramic Bobbin Heater

This heater is usually used to heat liquids and gases without direct contact with this heater. Ceramic bobbin heater is the right heater to use for water, oil, and chemical liquids. Can work at a maximum temperature of ± 400 ℃.

 

Ceramic Band Heater

This heater is capable of producing higher temperatures than the usual Nozzle/Band heater. This heater transfers heat through conduction and radiation. In this heater there are coils designed for maximum temperatures and heating ceramic blocks into barrels and conducting heat in direct contact with barrels. Used for the application of packaging machinery, rolls and cylinders, extruders, runner less molding, and blow molding equipment. Can work at a maximum temperature of ±350℃.

Other ceramic heater

• Heater Emitter, can work at a maximum temperature of ±600℃.
• Heater Annealing, can work at a maximum temperature of ±1000℃.
• Heater Dryer, can work at a maximum temperature of ±350℃.

Each type of ceramic heater has different advantages, and the selection of the right ceramic heater depends on the needs in the industrial process. This includes factors such as capacity, energy efficiency, reliability, and adapted to the operational environment.

 

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