With the continuous advancement of science and technology and production technology, new decoration materials continue to appear in our lives. Many decoration materials are not well understood by everyone. There are also many questions about carbon crystal panels. Today, we will talk about carbon crystal panels. What material is it made of.
Carbon crystal, the full name is carbon microcrystal, is a crystal structure of carbon element. Carbon plates are materials made by adding far-infrared emitters and temperature limiting agents to microcrystalline particles and using special processes and preparation techniques.
The raw materials of the carbon crystal plate are carbon crystal powder and green factor. They are all environmentally friendly materials and will not cause pollution. The carbon crystal plate can also absorb dust pollutants in the air. It also has the characteristics of long life, high efficiency and energy saving, good heating effect, health and environmental protection. Long-term use can also promote the body's metabolism and enhance cell vitality.
The carbon crystal plate is as thin and light as a piece of paper and is easy to transport. When installed on the wall, it can save the trouble of overlapping. Not only does it not occupy indoor space, but it can also play a certain decorative role.
The production process of carbon crystal plates is to mix carbon fiber and resin and process them under high temperature and high pressure. Carbon fiber is a high-strength, high-modulus material. Its strength is higher than steel, and its weight is only about 1/5 of it. Resin is a material with good corrosion resistance and wear resistance, which can firmly bond carbon fibers together to form a strong plate.
Carbon crystal panels have a wide range of applications. They can be used in exterior walls, roofs, partitions, ceilings and other parts of buildings, as well as in the manufacture of vehicles, ships, airplanes and other means of transportation. Because carbon crystal panels are lightweight and high-strength, they can reduce the weight of buildings and vehicles and improve their operating efficiency and safety.
