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Gold plate heat preservation adopts macromolecule polymerization technology, the use of organic materials with polyimide materials, make the integration of both, to form independent organic particles, compatibility with laminated assembly line of organic particles react with polyimide materials to form A closed pore structure of high performance fire insulation board, fire rating reached A level product, closed pore structure effectively enhanced the water resistant performance of the product, the product of the bibulous rate is only 2.0%, excellent waterproof performance to ensure the service life of the product. My company's products truly achieve the set of efficient thermal insulation performance, excellent physical properties and excellent fire at an organic whole, is a comprehensive performance excellent insulation, energy saving and safe new materials. Product advantage: Excellent fireproof performance Meet the national class A fire rating, the design of the product itself structure and stable chemical properties to ensure the fire performance of products, product surface to form carbide in case of fire fire isolation layer to prevent flame penetration, no obvious smoke gas, self-extinguishing away from the fire. Energy saving heat preservation performance Product coefficient of thermal conductivity is 0.03 w/m.k, small coefficient of thermal conductivity, is a prerequisite for high efficiency and energy saving heat preservation material, superficial level off, the superior physical properties, easy construction. Environmental security Products do not contain toxic substances, polyimide materials using the new technology; By adding the material to polystyrene mixed reaction, the formation of high performance fire protection of polystyrene to get flame retardant effect. Based on environmental harmful substances volatile does not decompose not mildew, from self-extinguishing fire, no smoke gas, do not produce poisonous gas and pollute the environment. Product performance parameters: the apparent strength: 180 kpa to 300 kpa, bulk density, 28 kg/m3-35 kg/m3, the coefficient of thermal conductivity: 0.028 ㎡, K/W - 0.03 ㎡, K/W.