Ceramic insulation board is a new type of inorganic ceramic insulation material, which uses clay tailings, ceramic fragments, river silt, adulterated materials, etc. as the main raw materials, and adopts advanced production technology and foaming technology to make high-porosity closed-cell ceramic materials with high porosity.
Ceramic insulation board has the following characteristics:
1. Fireproof and flame retardant: calcined at a high temperature of more than 1200 °C, the combustion performance is A1 grade, with the fire resistance of power plant refractory bricks, and it is an ideal material for external thermal insulation systems and fire isolation belts with fire protection requirements.
2. Low thermal conductivity: the thermal conductivity is 0.06-0.10W/(MK), which is equivalent to that of thermal insulation mortar; It has good thermal insulation performance and can be used as a thermal insulation material for external wall insulation system.
3. Aging resistance: ceramic inorganic insulation materials, good durability, no aging, completely with the same life of the building, is incomparable to conventional organic insulation materials.
4. Good compatibility: good compatibility with cement mortar, concrete, etc., reliable bonding, similar expansion coefficient, and the same as the traditional ceramic building materials fired at high temperature, no cracking, no deformation, no shrinkage under thermal expansion and cold contraction.
5. Low water absorption: the water absorption rate is very low, and the cement mortar, facing bricks can be well bonded, the external facing bricks are safe and reliable, and are not limited by the height of the building.
6. Weather resistance: no deformation, no aging, no cracking under harsh climatic conditions such as sun exposure, cold and hot drastic changes, wind and rain, etc., and the performance is stable.
Ceramic insulation board is suitable for building exterior wall insulation, fire isolation belt, building self-insulation cold and hot bridge treatment, etc., and has broad application prospects.