High-Temperature Ceramics

Hexagonal boron nitride pins are high-temperature resistant, non-wetting to molten metal, easy to machine and well insulated, making them suitable for positioning support and electrical insulation in high-temperature and vacuum environments.

Boron nitride bricks are formed from hexagonal boron nitride. They are high-temperature resistant, thermally shock resistant and non-wetting to metals, and serve as insulation liners or isolation parts in high-temperature and vacuum environments.

Ceramic flanges are flange-type insulation parts made of alumina. Combining insulation with secure mounting, they are used for flange-type installation and fixing of temperature-sensing elements and other components in high-temperature environments.

Alumina ceramic gaskets are high-temperature resistant, with good insulation and strong chemical stability. They are mainly used for the insulation, isolation and support positioning of thermocouples and RTDs, and can be customised to the tube bore.

Ceramic hangers are insulated ceramic rods for high-temperature furnaces. With high mechanical strength and resistance to prolonged high temperatures, they are used to suspend and support heating elements or other high-temperature components.

Alumina ceramic plates are formed by high-temperature sintering of high-purity Al2O3. They are high-temperature resistant, have high insulation resistance and good thermal shock resistance, and are commonly used as the lining and insulation support of high-temperature furnaces. Dimensions and hole positions can be customised per drawing.