Measures to improve the properties of PVC pipes were introduced. The excellent impact property, anti-fracturing property, anti-point loading capacity and weldability of PVC-M pipes were introduced.
介绍了改进PVC管材性能的方法，简介了PVC-M管材优异的冲击性能、抗开裂性能、耐点载荷能力和可焊性。
This article mainly presents the research background production technology and experimental testing process of the high-impact PVC-M pipes.
本论文主要介绍了高抗冲聚乙烯（PVC-M）管道的研究背景、生产工艺、测试实验过程。
A modified PVC pipes (PVC-M pipes) with impact modifier was manufactured and studied. The results showed PVC-M pipes exhibited excellent performance.
研究了一种改性的高抗冲击PV C管材(PVC - M)，并对其优异的物理力学性能进行测试、分析、评价。
Use do not fade, high temperature resistant ink, PVC, PP film, 3 m glue, such as material, color is gorgeous, durable.
采用不褪色，耐高温油墨，PVC、PP薄膜、3M胶、等材料，产品色彩艳丽，经久耐用。
The result of this study establishes the kinetic model and key control factors in M - 1000 medical class PVC resin process, and provides guide to M - 1000 PVC resin production.
研究结果确定了医用级PVC树脂生产的动力学模型并确定了生产工艺中的关键控制因素。为医用级PVC树脂的生产提供了指导。
The result of this study establishes the kinetic model and key control factors in M - 1000 medical class PVC resin process, and provides guide to M - 1000 PVC resin production.
研究结果确定了医用级PVC树脂生产的动力学模型并确定了生产工艺中的关键控制因素。为医用级PVC树脂的生产提供了指导。
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