Calcium silicate board equipment

 

　　 Because there are more and more patterns in decoration materials. Therefore, the effect of Calcium silicate board equipment to produce boards is more distinct. There are two types of calcium silicate boards, one for heat preservation and the other for decoration. The calcium silicate board used in heat preservation is also called microporous calcium silicate board, which is a new type of white and hard heat preservation material. It has the characteristics of light volume, high strength, low thermal conductivity, high temperature resistance, corrosion resistance, strong cutting ability, and strong sawing ability. Therefore, it is widely used in many industries. The more common industries include electric power, metallurgy, construction, shipbuilding, aerospace, submarine and other fields. The density of this Leshan calcium silicate board is 110~400kg/m3, and the working temperature can reach 1000°C. This results in such a sheet being very suitable for use in some high-temperature industrial environments.

 

　　 In addition, in addition to heat preservation, there are also special decorations. The board produced by the Calcium silicate board equipment is a lightweight board with energy-saving, environmentally friendly, safe, and multi-functional properties. This kind of board also has different types of decoration in terms of decoration, such as waterproof reinforced, sound insulation reinforced, fire resistant reinforced, and high aesthetics. According to different needs, there are actually many kinds of decorative panels. Generally speaking, calcium silicate board is made of short fibers such as organic synthetic fiber, inorganic mineral fiber or cellulose fiber as the reinforcing material. The siliceous material and the calcium material are mixed in a certain proportion, after pulping, forming, autoclave curing, A new type of lightweight board made by drying, sanding and other processes. So in fact, as a whole, the structures of these plates with different focuses are actually the same. The specific difference may be the processing steps added or done to enhance certain characteristics.