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| Customization: | Available |
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| Application: | Refractory, Structure Ceramic, Industrial Ceramic, |
| Material: | Reaction Sintering Silicon Carbide |
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Silicon carbide porous plate SIC thin plate Silicon carbide fish-shaped plate
Rereaction sintered silicon carbide kiln furniture, with its outstanding high-temperature mechanical properties, high thermal conductivity, refractory performance and thermal shock resistance, is applied in daily-use porcelain kilns (shuttle kilns, cubic kilns, tunnel kilns), which can significantly enhance the loading capacity of the kilns and greatly reduce energy consumption, making it an ideal choice among various kiln materials and kiln furniture materials.
Silicon carbide thin plates are made of high-purity sintered silicon carbide ceramic materials and come in three types: reactive sintered silicon carbide, pressure-free sintered silicon carbide, and silicon nitride-bonded silicon carbide. This product features high hardness and large load-bearing capacity, which means that the silicon carbide plates can maintain long-term durability, high thermal conductivity, and a small coefficient of thermal expansion during use. This enables the silicon carbide plates to dissipate heat rapidly in high-temperature environments. It maintains stable mechanical properties, and the product plane is high with good density uniformity.
Silicon carbide thin plates are made from high-purity raw materials with a purity of ≥4N. The finished products have no slag and no pollution. In industries such as bathroom fixtures and daily-use porcelain, silicon carbide thin plates can improve energy efficiency, reduce volume, and lower system costs.
Silicon carbide fish-shaped plate
It is used for firing daily-use porcelain, can be stacked for firing, is convenient to use, makes full use of the kiln space, increases the loading capacity of products, can reduce the gas cost during the firing process for customers, lower the defect rate of products during firing, has a long service life, and reduces the purchase cost.



