This study aimed to produce a new potential intumescent flame retardant system through the addition of titanium dioxide and alumina silica fibre on the basis of optimizing the traditional ammonium polyphosphate(APP)/melamine(MEL)/pentaerythritol(PER)intumescent flame retardant formula.The flame retardant capacity and the physical properties were fully analyzed and discussed.The produced flame retardant coating had the ability to resist the rapid rise in 1100 ℃ of high flame temperature,whereas 40 ℃ exceeded the national standards.Thus,the produced flame retardant coating in this study could be potentially further applied to the cables and wires that are frequently needed in petroleum,telecommunication,military,tunnel,and electric uses.
关键词
膨胀型阻燃体系/阻燃涂层/铝硅纤维/二氧化钛/耐高温阻燃
Key words
intumescent flame retardant system/flame retardant coating/aluminium silica fiber/titanium dioxide/resist high flame temperature
维普
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