Graphite products are colorless, transparent, and extremely elastic. Because of their softness and transparency, they are often used as fillers or padding materials and are used in various materials such as rubber, plastic, textiles, elastic fibers, leather, and paper. Fractured material in concrete structures.
Graphite is not used in modern building materials. Ordinary building structures use steel structures (commonly known as reinforced concrete), usually with sulfate-treated steel plates. Steel sheets treated with graphite (phosphine) are used as building structural materials because of their inert and insulating properties. Some material chemistry textbooks mention various interesting parameters and simple setting methods obtained from thermal calculations for graphite applications, such as mn/p5/ad average/strength setting, various strain treatments in strengthening, etc. These applications belong to the category of computing science.
Among many building materials graphite is best known for its partitioning applications in concrete partition walls and structural columns. And it is used as prefabricated parts for manufacturing and assembling concrete partition walls. Steel is an excellent material and an excellent material for concrete and block prefabrication.
Since graphite has the following characteristics, other building materials must also have their unique advantages. 1. The strength of graphite is high. 2. The weather resistance of graphite. 3. The processing of graphite is convenient. Simple 7, graphite construction cycle is fast, graphite materials are suitable for building structures with relatively small scale, low density, lightweight, good sound insulation performance, heat insulation, small sound insulation coefficient, noise reduction, good heat insulation performance, and good air tightness, High sound insulation, chemical corrosion resistance, not easy to breed bacteria, non-toxic, no volatile matter, no toxic gas, no radioactivity, gas pollution, no smoking, no noise, no corrosion, and no toxic gas, corrosive and high-temperature emissions. -.