▎ 摘　　要

NOVELTY - Flexible flame-retardant silicon-free heat conduction gasket, comprises 4-8 pts.wt.polyacrylate; 0.1-0.3 pts.wt. photoinitiator; 0-0.05 pts.wt. auxiliary crosslinking agent; 1-5 pts.wt.toughening agent; 60-80 pts.wt.heat-conducting filler; 6-8 pts.wt.powder treating agent; 15-25 pts.wt. flame retardant, polyacrylate includes double-terminal acrylate-based heat-resistant structure. USE - Flexible flame-retardant silicon-free heat conduction gasket. ADVANTAGE - The silicon-free heat conduction gasket adopts polyacrylate with a heat-resistant structure, and is matched with the toughening agent and the powder treating agent in a proper proportion, the prepared silicon-free heat conduction gasket has the characteristics of high heat conduction, low hardness and good flame retardance, in addition, the silicon-free heat conduction gasket can be quickly cured and molded by adopting ultraviolet light, the preparation process is simple and efficient, used raw materials are cheap and easy to obtain, and the silicon-free heat conduction gasket has larger market space and application prospect. DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for method for preparing flexible flame retardant non-silicon thermal conductive gasket, involves (1)heating and stirring polyacrylate, photoinitiator and toughening agent until photoinitiator is completely dissolved to obtain mixed solution; (2)mixing heat-conducting filler and the powder treating agent to obtain standby powder; and (3) adding standby powder into mixed liquid, (3)adding flame retardant and mixing to obtain mixture (A) and(4)adding auxiliary crosslinking agent into mixture (A) for mixing, and mixing the mixture (B), rolling mixture B obtained in the step S4 into a gasket with a preset thickness; and (5) irradiating the gasket by ultraviolet light to obtain the flexible flame-retardant silicon-free heat-conducting gasket.