Ceramic Heating Strip is an electrothermal component made of high-performance ceramic materials through precision sintering processes. Its core advantages include high-temperature resistance, efficient thermal conductivity, and thermal shock resistance, widely applied in industrial heating, semiconductor manufacturing, laboratory equipment, and other fields. Typically integrated with resistance heating layers, ceramic heating strips canstably operate within the range of 1000°C to 1800°C, offering better corrosion resistance and longer service life than traditional metal heating elements.
Characteristics
- Excellent insulation, security, long working life
- Precise grinding and polishing
- Excellent heat radiation, small size, more environmental and energy-efficient
- good thermal conductivity
- large specific heat capacity
- low pressure drop
- good heat-shock resisting ability
Applications
- Industrial heating: Melting furnaces, sintering furnaces, glass annealing equipment
- Semiconductor manufacturing: Wafer processing, CVD/PVD coating heating stages
- Household appliances: High-end electric ovens, infrared heating modules
- Aerospace: Engine component testing, high-temperature-resistant sensors