High-strength refractory clay insulation bricks suitable for energy saving in kilns and furnaces, reducing energy consumption and improving efficiency

Our high-strength refractory clay insulation bricks are manufactured using high-quality hollow spheres and high-grade clay materials through an advanced high-temperature sintering process. This advanced manufacturing process gives the product exceptional performance. They possess excellent mechanical strength, allowing them to withstand significant pressure without damage. Their low thermal conductivity effectively reduces heat transfer, resulting in excellent insulation. Furthermore, these bricks exhibit excellent thermal shock resistance, remain stable even under rapid temperature fluctuations, and exhibit minimal dimensional change upon reheating. Suitable for insulation and lining of furnaces operating below 1350°C, they are widely used in industries such as metallurgy, machinery, ceramics, and chemicals. Their superior thermal insulation and stability significantly improve the energy efficiency and durability of furnace linings and insulation, reducing energy consumption and enhancing operational safety. They are an ideal choice for customers seeking reliable, cost-effective, and environmentally friendly refractory materials.

1. Use high-quality materials and advanced technology to ensure product quality.
2. High mechanical strength and can withstand greater pressure.
3. Low thermal conductivity, effective heat insulation and energy saving.
4. Good thermal shock resistance and adaptability to rapid temperature changes.
5. The size changes little after reheating and the stability is strong.
6. Widely used in many industries and has strong applicability.

This product is suitable for the insulation and lining of kilns and furnaces in the metallurgical, mechanical, ceramic, and chemical industries. It is suitable for industrial customers seeking energy-saving, efficient, and stable refractory materials, especially in markets with high requirements for energy efficiency and product stability.