calcium silicate board

Non-asbestos calcium silicate products GB/T10699-1998 physical properties of a porous calcium silicate insulation products, product mix microporous calcium silicate insulation products is a new energy efficient light-weight thermal insulation material block, it is to b oxidation of silicon powder-like material, CaO, fiber-reinforced materials, a small amount of additives, as well as a large amount of water, after reasonable ingredients, heat of mixing rubber, molding, steam curing crystallization and drying processes, such as processing into a heat-resistant light-weight porous thermal insulation material of the block. Is the rigid insulation material block a best performance. Second, the main characteristics of products 1, the safe use of temperature as high as 650 degrees centigrade, ultra-fine glass wool products than in the high 300 degrees centigrade, expanded perlite products than in the high 150 degrees centigrade. 2, low thermal conductivity (r% 26le; 0.63w/mk) far less than other rigid insulation materials, and composite silicate insulation materials. 3, bulk density of small, rigid insulation materials in the bulk density of the lowest number of insulation layer can be thin, in the course of construction can be a significant reduction in steel frame, to reduce installation labor intensity. 4, the thermal insulation products will not burn odorless non-toxic, high mechanical strength. The long-term repeated use of products 5, microporous calcium silicate board, tube high strength, temperature range in the use of non-deformation, non-asbestos, durability, not afraid of wet. Can be used for a variety of high temperature insulation insulation parts 6, products with high heat. Good insulation properties, high strength, durability, and non-corrosive, non-polluting, the company's products are asbestos-free system. Thickness of 50-100 (mm) Specification 600 * 300 (mm) The highest temperature 650degrees centigrade thermal conductivity of 0.065 (W / (m.K)) Apparent density 220 (kg/m3) calcium silicate materials