Product Introduction：
Calcium silicate board for kilns is a common insulation material. It is called calcium silicate board for kilns because it is mainly used in kilns. The main raw material of calcium silicate board for kilns is mineral raw material. After grinding and purifying the raw material, adding reinforcing fibers and reacting successfully, it is made by pressing with a press. Calcium silicate boards for kilns feature high strength, good toughness, high-temperature resistance and excellent heat preservation. Due to its numerous advantages, it is widely applied in the cement industry, metallurgical industry, petrochemical industry, ceramic industry, etc.
Parameter Introduction：
Density: ≤230kg/m ³
Compressive strength: ≥0.65Mpa
Flexural strength: ≥0.33Mpa
Thermal conductivity: ≤0.065w/m.k
Linear shrinkage rate: ≤2%
Operating temperature: ≤1050℃
Feature Introduction：
High strength: The calcium silicate board for kilns that has undergone process improvement has a relatively high strength. The increase in strength can reduce the loss of construction cutting fragments, thereby saving costs. In addition, the increase in strength has also extended its own service life.
Good toughness: The calcium silicate board for kilns has strong toughness. Strong toughness can ensure that it does not deform in high-temperature environments, thereby guaranteeing the stability and safety of the refractory body in use.
High-temperature resistance: The operating temperature of calcium silicate boards for kilns can reach up to 1050℃, and the relatively high operating temperature can meet various high-temperature usage environments.
Energy conservation and consumption reduction: The calcium silicate board for kilns has a low thermal conductivity, which can reduce heat conduction and loss, and has a good insulation effect, thereby helping enterprises achieve energy conservation and consumption reduction and lower costs.
Application Introduction：
Calcium silicate boards for kilns can be used at temperatures up to 1050℃ and are widely applied in the inner lining insulation and heat preservation of various industrial kilns.