复合材料研究发展的英文论文

Abstract: This study used as a modifier of calcium sulfate, SBS for toughener, HIPS as the theme of plastic polymer composites. Mixed melt extrusion through enhanced HIPS composite materials. The composite material to the mechanical properties, thermal properties and melt flow of the test. Discussed the calcium sulfate whisker HIPS enhance the mechanism. HIPS on the microstructure of composite materials were results show that: calcium sulfate whisker HIPS modified its mechanical properties have a certain effect of the increase, melt flow increased, but the heat resistance has words: HIPS; calcium sulfate whisker; modification; mechanical properties; thermal properties

Nano flame retardants are highly effective, multi-function, low smoke, low toxicity, environmental protection, low filling quantity special advantage, greatly contributed to the flame retardant polymer matrix composites, widely used. This paper briefly introduced in recent years to carbon nanotube, magnesium hydroxide, aluminum hydroxide, antimony trioxide as additives polymer-nanoparticle composites flame retardant the latest progress in research, this paper analyzes the characteristics and the flame retardant materials, and flame retardant mechanisms of flame retardant polymer-nanoparticle composites application prospect in the future.

Nano flame retardant with high efficiency, versatility, low smoke, low toxicity, environmentally friendly, low filling volume of unique advantages, which greatly promoted the flame-retardant polymer matrix composite materials widely used. This paper describes the recent years with carbon nanotubes, magnesium hydroxide, aluminum hydroxide, antimony trioxide as flame retardant additives in polymer-based composite materials, the latest research, analysis of the flame retardant properties of materials retardant mechanism, and polymer-based flame-retardant composite application prospect.

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