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首页> 外文期刊>Электронная Обработка Материалов >Influence of Technological Parameters of Pressing and Ultrasonic Fluctuations on Adhesional Durability of Antifrictional Polymeric Compositions
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Influence of Technological Parameters of Pressing and Ultrasonic Fluctuations on Adhesional Durability of Antifrictional Polymeric Compositions

机译:压力和超声波动的技术参数对抗摩擦聚合物组合物粘合耐久性的影响

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摘要

The influence of technological parameters of pressing and ultrasonic fluctuations on adhesional durability of polymeric coverings is investigated in the paper. The investigation showed that the adhesional durability is changed in various parameters of pressing from 4 to 18.4 MPa, hardness HB from 74 to 188 MPa, destroying pressure on compression from 46 to 181 MPa, density from 1544 to 1694 Kg/M{sup}3. The optimum modes of pressing are determined: the time of endurance under pressure - 0.8 min/mm, pressure 54-75 MPa, temperature of pressforms - 438-463 K. Influence of ultrasonic fluctuations allowed to increase adhesional durability from 18 MPa to 25 - 30 MPa.
机译:本文研究了压制和超声波动的技术参数对聚合物覆盖层粘合耐久性的影响。研究表明,在以下四个参数下,粘合耐久性会发生变化:压制从4变至18.4 MPa,硬度HB从74变至188 MPa,压缩破坏压力从46变至181 MPa,密度从1544变至1694 Kg / M {sup} 3 。确定了最佳的压制方式:在压力下的承受时间-0.8分钟/毫米,压力54-75 MPa,模压温度-438-463K。超声波动的影响使粘合耐久性从18 MPa增加到25- 30兆帕。

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