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COMPOSITE MATERIAL WITH INCREASED DAMPING PROPERTIES BASED ON ULTRA-HIGH MOLECULAR POLYETHYLENE

机译:基于超高分子量聚乙烯的阻尼​​特性增强的复合材料

摘要

FIELD: machine building.;SUBSTANCE: invention relates to polymer material science, and can be used to manufacture elements of sport bolides, and in machine building to manufacture structural items, requiring high dampening properties, working at high pressures, resistant to impact loads at low temperatures. The composite material is made out of the mechanically activated ultra-high molecular polyethylene, contains reinforcement material, high strength carbon fibres out of phenolic fibres are used as reinforcement material in amount from 1.2 to 5.5 wt % of weight of the ultra-high molecular polyethylene.;EFFECT: material has high impact strength, can absorb major part of the vibration energy, and facilitates oscillations damping, has high abrasive strength and low static compression deformation.;1 tbl
机译:技术领域本发明涉及聚合物材料科学,并且可以用于制造运动物体的零件,并且在机械制造中用于制造要求高阻尼特性,在高压下工作,耐冲击载荷的结构部件。低温。该复合材料由机械活化的超高分子聚乙烯制成,包含增强材料,酚醛纤维中的高强度碳纤维用作增强材料,其含量为超高分子聚乙烯重量的1.2至5.5 wt%效果:材料具有很高的冲击强度,可以吸收大部分的振动能量,并有利于振动阻尼,具有很高的研磨强度和较低的静态压缩变形。; 1 tbl

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