Solution - industry application of thermal interface material heat conduction insulation silica gel heat conduction silicone high heat conduction electronic copper clad board electronic potting adhesive epoxy plastic seal material led packaging material high performance adhesive function insulation coating insulation mica tape PI functional film PTC high power heat sensitive material heat conduction rubber heat conduction plastic super hard material copper clad board, wire and cable material foaming material, coating Fire resistant board, polyene hydrocarbon high impact polystyrene engineering plastics epoxy resin acrylic resin silicone rubber polyurethane thermoplastic elastomer EPDM various resin matrix composite materials reinforced toughening sound insulation materials and infrared reflection materials rubber plastic paper paint ink cable fertilizer feed food sugar textile glass ceramic sealant adhesive insecticide Pesticide carrier flue sulfur removal insulation pigment fire-fighting ceramics petroleum drilling electrode cosmetics silicone rubber epoxy resin castable, plastic seal electronic components anticorrosive coating special paint ink high heat resistant resin coated copper plate plastic seal material powder coating super hard wear resistant coating electronic products polyethylene, PVC electrical switch artificial stone artificial leather Polyurethane, polyamide, polyolefin, unsaturated polyester resin nanoparticle size and resin have good interface compatibility with special surface treatment. The powder self flowing thermal conductivity is higher than the general excellent insulation performance low moisture content, low burning and high hardness chemical properties are stable moisture content, low ignition reduction and suppression effect heat absorption, covering, dilution, transfer multi effect synergistic carbonization The addition amount is moderate, the interface compatibility with the resin is good, the mechanical strength is high elasticity, high temperature resistance, the thermal expansion coefficient is low, the length diameter ratio is low, the excellent absorbing and infrared reflection performance is not fatigue effect thixotropy, excellent smoothness and chemical stability regeneration performance is good, high efficiency, flame retardant and smoke suppression applicable temperature is wide, and the interface compatibility of resin is good, and the particle shape of low moisture content is quasi spherical The hardness and density are higher than those of amorphous nanopores in the fused state. The optical properties of the insulation are better. The thermal expansion coefficient of hydrophobic modified treatment is lower than that of crystalline micro silicon powder. The unique molecular arrangement of the amorphous nanoporous structure is better than that of crystalline micro silicon powder. The interface compatibility between the amorphous nanoporous structure and the resin is excellent in weather resistance and excellent resistance to migration. The hardness of the amorphous nanopore is high. The hardness is high in the quasi spherical state Excellent flame retardant and smoke suppression performance good insulation performance high whiteness