Kiln Shelf /shelves/furniture

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.

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.

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.

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.

The core advantage of recrystallized silicon carbide square plate lies in its stability and durability in high-temperature and pure environments, making it particularly suitable for fields with strict requirements for purity, heat resistance, and chemical inertness.

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

Silicon nitride bonded silicon carbide pillars has high fire resistance, compressive strength, high thermal conductivity, oxidation resistance, and excellent thermal shock resistance. Customized according to customer size or drawings to ensure no deformation and high quality, silicon nitride bonded silicon carbide pillars are suitable for daily ceramics, sanitary ware, and electronic ceramics. The working temperature of NSiC pillars can reach 1450 ℃.

NSiC double fish plates are high-purity, ultra-high temperature resistant, and thermal shock resistant refractory plates. NSiC double fish plates are used in high-temperature refractory systems for various sanitary ware. High purity, stability at high temperatures（1450℃），high thermal conductivity and thermal shock resistance.

Silicon carbide grinding ball is a high-performance grinding medium mainly used for wet/dry grinding of high hardness materials (such as ceramic powders, lithium battery materials, minerals, etc.). The characteristics of wear-resistant ball such as ultra-high hardness, wear resistance, and corrosion resistance. Divided into types such as RSiC grinding balls and NSiC grinding balls and RBSiC grinding balls.

The core advantage of silicon carbide ceramic lies in its stability and durability in high-temperature and pure environments, making it particularly suitable for fields with strict requirements for purity, heat resistance, and chemical inertness.

NSiC fish shaped boards are high-purity, ultra-high temperature resistant, and thermal shock resistant refractory plates. NSiC fish shaped boards are used in high-temperature refractory systems for various sanitary ware. High purity, stability at high temperatures（1450℃），high thermal conductivity and thermal shock resistance.