Manufacturers Prices Specification Fiber Cement Board

Sinoma (Yichang) Energy Conservation New Material Co., Ltd., a member unit of China National Building Material Group Co., Ltd. and a Holding Co., Ltd. subordinate to Sinoma Energy Conservation Ltd. (stock code: 603126), is a large enterprise specialized in research and development, production and sales of high-end calcium silicate board/fiber cement substrate, multifunction and multispecies painting plate, integrated composite external wall insulation and decoration board and light composite external wall insulation board.

Located in Guandaohe Village, Yuquan Office, Dangyang City, Hubei, the Company covers an area of 143600m², and has building area of standard industrial factory building of 86000m². By virtue of process technology and management experience of Wuhan Building Material Industry Design & Research Institute Co, Ltd. having proprietary intellectual property rights, the Company introduces the international leading full-automatic production process and equipment, and has annual output of high-end calcium silicate board/fiber cement substrate for 20000000m², multifunction and multispecies painting plate for 1000000m², integrated composite external wall insulation and decoration board for 1000000m² and light composite external wall insulation board for 2000000m².

　　Sinoma high-end calcium silicate board/fiber cement substrate is energy-saving and environmentally friendly, has strong shock resistance and impact resistance, and is asbestos-free completely, and characterized with fire prevention and inflaming retarding, heat insulation, corrosion prevention and moth proofing, water resistance and moisture protection, light weight and high strength, and good weather resistance. Therefore, it can be widely used in the internal and external walls insulation and decoration, ceiling, floor, advertising board, bulkhead, furniture clapboard, wall material lining plate, fire-proof plate, hollow floor, security door lining plate and multifunction painting plate substrate.