Products

reaction bonded silicon carbide burner nozzle is the core component of high-temperature combustion systems, due to the characteristics of RBSiC tech ceramic burner nozzle such as ultra-high temperature resistance, thermal shock resistance, corrosion resistance and other characteristics,RBSiC tech ceramic burner nozzle is widely used in metallurgy, chemical industry, ceramics, waste incineration and other fields.

Recrystallized silicon carbide beam is the core load-bearing structural component of modern high-temperature kilns, designed specifically for high-temperature kilns, RSiC beam has advantages such as ultra-high load-bearing capacity, resistance to high-temperature deformation, and excellent thermal shock stability.

Silicon carbide disc type membrane is a separation material that combines high permeability, excellent chemical stability, and high temperature strength. Disc type membrane is suitable for high-temperature flue gas dust removal (such as coal power plants/waste incineration plants); chemical catalytic reactor and fields such as filtration and separation in strong acid environments.

Recrystallized silicon carbide sagger(RSiC sagger) is a key container used in high-temperature sintering processes of special ceramics, electronic components, lithium battery materials, etc. RSiC sagger has characteristics such as ultra-high temperature resistance, thermal shock resistance, corrosion resistance, and long life, which can significantly improve production efficiency and product yield.

The RBSiC burning block is an advanced refractory solution renowned for its high purity and exceptional performance under extreme thermal conditions. It maintains remarkable structural stability at temperatures up to 1350°C, while its high thermal conductivity and superior thermal shock resistance ensure reliable operation in demanding high-temperature systems.

Recrystallized silicon carbide sagger is a key container used in high-temperature sintering processes of special ceramics, electronic components, lithium battery materials, etc. It has characteristics such as ultra-high temperature resistance, thermal shock resistance, corrosion resistance, and long life, which can significantly improve production efficiency and product yield.

RSiC Basin Setter are high-purity, ultra-high temperature resistant, and thermal shock resistant refractory plates. RSiC Basin Setter are used in high-temperature refractory systems for various sanitary ware. High purity, stability at high temperatures（1650℃），high thermal conductivity and thermal shock resistance.

Semiconductor furnace tube(such as those used in diffusion furnaces, oxidation furnaces, etc.) must meet strict requirements such as ultra-high purity, high temperature stability, and thermal shock resistance. RSiC furnace tube has become a mainstream material due to its excellent properties. The purity of the sintered body is above 3N, and the processing accuracy is 0.01mm.

The RSiC wafer carrier serves as a critical component in semiconductor manufacturing and crystal growth processes, specifically designed to carry silicon wafers or silicon carbide substrates in high-temperature environments. This essential 12-inch wafer carrier provides reliable support during various thermal processing stages.

NSiC circular plate is load-bearing tool for high-temperature sintering, heat treatment, and metallurgical and chemical sintering. Different specifications and shapes can be customized according to customer requirements. NSiC kiln shelfves circular plate ensures lighter weight, saves space and energy, and improves product quality.

RBSiC square tubes are high-purity, ultra-high temperature resistant, and thermal shock resistant refractory tube. RBSiC square tubes are used in high-temperature refractory systems for various kiln. High purity, stability at high temperatures（1350℃），high thermal conductivity and thermal shock resistance.

Silicon nitride bonded silicon carbide (NSiC) thermocouple protection tube is a key component in the field of high-temperature measurement. NSiC thermocouple protection tube exhibits excellent performance in extreme environments that require high temperature strength, wear resistance, and thermal stability.