Automotive trim flame-resistant material and preparing method thereof
A technology for flame retardant materials and automotive interiors, which is applied in the field of automotive interior flame retardant materials and its preparation, which can solve problems such as car loss, easy house fires, and human injury, and achieve good flame retardant performance, faster flame extinguishing time, The effect of reducing the burning distance
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Embodiment 1
[0013] Automotive interior flame retardant materials, including the following raw materials for weights: 60 copies of polypropylene resin, 40 copies of aniline methyl oxygenosiline, 30 parts of polypholic acid ethylene, N-ethyl-based, N-ethylTwenty -five parts of o'sulfamide, 45 copper sulfate, 45 parts of polyvinyl alcohol, 20 copies of dihal -p -dietite, 40 parts of polyetaldehyde, 45 triax oxide, 5 parts of potassium oxide, 15 diocyne dilate, and 15 parts of diocyne.There are 30 copies of 肼 肼.
[0014] The preparation methods of the above-mentioned car interior flame retardant materials include the following steps: Polyetric resin, aniline methyl oxygenosililane, glass fiber enhanced polypholic acid ethylene, N-ethyl-based toluene sulfide,Sulfate, polyvinyl, polyetal formaldehyde, triaxide, potassium oxide, diocyanosamine, and hepenic acid dilate are mixed evenly through high mixed machines, and plasticized in the screw extrusion machine, and the screw extruderInject dihaxyate ...
Embodiment 2
[0016] Automotive interior flame retardant materials, including the following raw materials for weights: 50 copies of polypropylene resin, 20 parts of aniline methyl oxygenosiline, 10 parts of polypholic acid ethylene, N-ethyl-based, and N-ethyl20 parts of benzene sulfamam, 40 sulfate, 40 polyvinyl alcohol, 10 dihalitenate of phenyl azhanate, 20 parts of polyetaldehyde, 40 triax oxide diode, 2 parts of potassium oxide, 10 diocyline, 10 parts, and 10 parts of diocyne.Twenty part of the dietic acid.
[0017] The preparation methods of the above-mentioned car interior flame retardant materials include the following steps: Polyetric resin, aniline methyl oxygenosililane, glass fiber enhanced polypholic acid ethylene, N-ethyl-based toluene sulfide,Sulfate, polyvinyl, polyetal formaldehyde, triaxide, potassium oxide, diocyanosamine, and hepenic acid dilate are mixed evenly through high mixed machines, and plasticized in the screw extrusion machine, and the screw extruderInject dihaxyate...
Embodiment 3
[0019] Automotive interior flame retardant materials, including the following weights: 80 copies of polypropylene resin, 60 copies of aniline methyl oxygenosililane, 40 copies of polyphol-enhanced polypholine30 parts of giant sulfamide, 50 copies of sulfate, 50 parts of polyvinyl alcohol, 30 parts of dihydrodolite of benate, 60 polyetal formaldehyde, 50 parts of triax oxide, 8 copies of potassium oxide, 20 diocyne dilate, and 20 parts of diocyne.40 copies of 肼 肼.
[0020] The preparation methods of the above-mentioned car interior flame retardant materials include the following steps: Polyetric resin, aniline methyl oxygenosililane, glass fiber enhanced polypholic acid ethylene, N-ethyl-based toluene sulfide,Sulfate, polyvinyl, polyetal formaldehyde, triaxide, potassium oxide, diocyanosamine, and hepenic acid dilate are mixed evenly through high mixed machines, and plasticized in the screw extrusion machine, and the screw extruderInject dihaxyate in the middle, mix the above compo...
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