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Usage Properties of Some PVC-TPU Compounds Realized By Physical Modification

机译:通过物理改性实现某些PVC-TPU化合物的使用特性

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摘要

A recyclable material,that can be incinerated under safety conditions,for humans and environment,the polyvinyl chloride (PVC) is still a largely used polymer,as a compound,inclusively.The PVC-TPU compounds are of interest due to their attrition resistance,chemical resistance,resistance to migration in solvents and oils (low extractibility),high bending under negative temperatures,low densities and erosion,stability to high temperatures,easy processing into finite article,cost efficient.All these properties are superior to a flexible PVC (hot masticated).The paper presents a study on dependency of some usage properties of PVC-TPU compounds on compounds composition.The results of the modification study of PVC with TPU are that new compounds have:the density within the range 1.18-1.3 g/cm~3,erosion within the domain 107-142 mm~3,number of bendings up to breaking at positive temperatures,over 500 000,number of bendings up to cracking at-8 deg C,over 500 000 bendings.
机译:聚氯乙烯(PVC)是一种可循环使用的材料,可以在安全的条件下进行焚烧,以确保对人类和环境的安全,对人类和环境而言仍然是一种广泛使用的聚合物,包括化合物在内。由于其耐磨损性,PVC-TPU化合物受到关注,耐化学性,在溶剂和油中的迁移阻力(低可萃取性),负温度下的高弯曲性,低密度和侵蚀,对高温的稳定性,易于加工成有限制品,具有成本效益。所有这些性能均优于柔性PVC(本文研究了PVC-TPU化合物的某些使用性能对化合物组成的依赖性.TPU改性PVC的研究结果是新化合物的密度为1.18-1.3 g / cm〜3,在107-142 mm〜3范围内发生腐蚀,在正温度下直至断裂的弯曲次数超过50万,在8摄氏度下直至开裂的弯曲次数超过50万。

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