High-strength and high-temperature resistant ceramic fiber insulation board for industrial kilns

High-strength ceramic fiberboard is vacuum-formed using carefully selected high-quality alumina silicate fibers as raw materials, resulting in exceptional mechanical strength and excellent thermal stability. The product covers six temperature scales from 1050°C to 1700°C, adapting to a variety of industrial high-temperature environments and ensuring stable thermal insulation. The board's precise dimensions and smooth surface, along with its low impurity content, ensure uniform density and stable thickness, effectively improving thermal efficiency. This product boasts low thermal conductivity and minimal sintering shrinkage, making it particularly suitable for kiln linings in industries such as building materials, non-ferrous metals, petrochemicals, metallurgy, ceramics, and glass. Its high strength ensures durability even under high-temperature airflow, making it easy to cut and install, enabling customers to achieve efficient maintenance and long-term use. As a high-quality, energy-saving, and environmentally friendly thermal insulation material in international trade, it provides a solid thermal insulation guarantee for your industrial equipment, helping businesses enhance their market competitiveness and promote green development.

1. Covering multiple grades from 1050℃ to 1700℃ to meet different working conditions
2. Vacuum forming process ensures uniform density and precise thickness of the board
3. Low impurity content ensures thermal stability and consistent thermal performance
4. High mechanical strength, excellent resistance to air erosion, and extended service life
5. Low thermal conductivity and minimal shrinkage improve thermal insulation and structural stability
6. The surface is smooth, easy to cut and install, convenient for on-site operation and maintenance
7. Adapt to various industrial furnace linings, helping energy conservation, emission reduction and safe production

Widely used for lining insulation in industrial furnaces for building materials, metallurgy, nonferrous metals, petrochemicals, ceramics, glass, and other industries, it is suitable for factories and equipment manufacturers requiring high-strength, high-temperature insulation materials. It is particularly well-suited for international trade clients and large-scale industrial projects seeking insulation solutions that are heat-resistant, wear-resistant, energy-saving, and environmentally friendly.