Microporous Hard Board is a composite of fine powder and fibrous materials. It is extracted from natural ore and processed through a special compressing process. Its average pore size is equal to or less than the mean free path of air molecules at standard atmospheric pressure. This structure ensures that the board has very little convection heat transfer, resulting in a high insulation effect.
One of the biggest advantages of Microporous Hard Board is its lightweight. Compared with traditional heat preservation materials, this board is much lighter in weight, which is very important in industrial production because it can save cost on transportation.
Another advantage of this board is that it is easy to process. Customized designs can be made according to specific requirements because it can be easily cut, drilled, or formed with simple tools. Moreover, it is durable and can maintain its insulation properties for a long time.
To produce Microporous Hard Board, a production line called Lightweight Ceramic Fiber Board Machine is needed. The machine is specially designed for the production of lightweight high temperature insulation materials. It is made up of several components, including the raw material feeding system, mixing system, forming system, and drying system.
The raw materials are mixed in a homogeneous proportion and then placed in the forming mold. Under high pressure, the mixture is molded into a hard board shape. After that, the board is sent to the drying system where it is heated and dried. This process is completed in a dust-free and constant temperature environment.
In conclusion, Microporous Hard Board is an excellent heat preservation material that is widely used in various high temperature fields. Its lightweight and easy-to-process characteristics make it an ideal choice for industrial production. The production of this board requires a specialized machine called the Lightweight Ceramic Fiber Board Machine. This machine can ensure high-quality and efficient production of Microporous Hard Board.