In the ceramics industry—especially in the production of tiles, sanitary ware, and everyday ceramics—high-temperature kiln efficiency remains a top priority. Balancing product quality with energy savings and thermal efficiency is a major challenge for many manufacturers.

Traditional backing materials often use low-density insulation boards that have high thermal conductivity. Under sustained high temperatures, these boards suffer significant heat loss and cause kiln shell overheating, leading to energy waste, accelerated thermal fatigue, and increased maintenance costs.

CCEWOOL Ceramic Fiber Back-lining Board, with its ultra-low thermal conductivity and high thermal shock resistance, delivers a more energy-efficient and durable insulation solution for kiln lining systems in the ceramics industry.

Ultra-low Thermal Conductivity & High Thermal Shock Resistance

Made from high-purity ceramic fibers in a uniform, dense structure, this ceramic fibre board boasts thermal conductivity far below traditional insulation materials. At 1000?°C, it still delivers excellent insulation—significantly reducing heat transfer to the kiln shell.

Even better, it withstands frequent thermal cycling without damage, extending service life, reducing maintenance, and helping ceramic producers increase high-quality output per unit of energy consumed.

Precision Manufacturing for Reliable Performance

Using in-house high-purity ceramic fiber blanket with minimal impurities, the board achieves ultra-low thermal conductivity. A fully automated vacuum-forming process, coupled with secondary drying, ensures even fiber distribution and precise density control. Multiple compression stages and temperature-controlled drying improve structural strength and pressure resistance—so it remains stable even in high-temperature, high-pressure environments.

Proven Energy Savings & Performance

Widely used in roller kilns and tunnel kilns, customers report a 30?°C–50?°C average reduction in exterior wall temperature—minimizing kiln shell stress while boosting thermal efficiency and reducing fuel consumption by 8%–15%.

Heat distribution inside the kiln becomes more uniform, leading to higher product consistency, lower scrap rates, and improved overall yield.

Visible Savings, Tangible Results

Customers using CCEWOOL Ceramic Fiber Back-lining Board say: “Since using this board, kiln operation has become much more stable and energy savings are clearly visible. Maintenance intervals have doubled. The product is reliable.”