A New Approach to Ceramic Kilns with Silicon Carbide Setters

Traditional ceramic firing processes commonly face challenges such as large temperature differences within the kiln, numerous product defects, rapid kiln furniture wear, and high production costs. Mastering new techniques for using ceramic kiln setters can fundamentally optimize the firing process and enhance overall production efficiency.

Silicon carbide setters can withstand temperatures up to 1450°C (2642°F). Compared to traditional alumina setters, they offer superior resistance to thermal shock and high-temperature deformation. They are less prone to cracking, warping, or spalling during prolonged high-temperature firing. Leveraging the material advantages of ceramic kiln setters, combined with a new multi-layer dense firing approach, allows for scientific utilization of the kiln's internal space, ensuring uniform heat circulation and thoroughly addressing uneven heating issues.

Their stable physical and chemical properties prevent reactions with ceramic bodies and glazes, effectively avoiding defects such as dirt spots, color differences, and deformation in finished products, thus significantly improving the yield. Additionally, the products can be repeatedly used for high-temperature cycles, extending their lifespan and reducing frequent replacement and downtime losses. This leads to energy savings and cost reduction, making them widely adaptable to various kiln production scenarios for daily-use ceramics, artistic ceramics, and industrial ceramics.