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Synthesis and Application of Efficient and Environment-friendly PAE Resin

机译:高效环保的PAE树脂的合成与应用

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According to the problem that harmful by-products which are low molecular weight organic chlorides in the synthesis of PAE resin is inevitably, in order to reduce the content of organic chlorine, complex fatty acid ester was used as a modifier to compound new PAE (N-PAE) resin, as such, the active amount of polyamide and epoxy propane became less, so the viscosity of PAE resin was supposed to increase to certain high extent without gel to ensure performance while using complex fatty acid ester to enter PAE molecule chain to form a low-energy surface and reduce the resistance to motion between PAE molecules. In that case, we just need relatively less N-PAE resin to match or even exceed the normal market PAE resin.
机译:根据帕因树脂合成中的低分子量有机氯化物的副产物的问题不可避免地,为了降低有机氯的含量,将复合脂肪酸酯用作复合新PAE的改性剂(n -Pae)树脂,聚酰胺和环氧丙烷的活性量变小,因此PAE树脂的粘度应该在使用复合脂肪酸酯进入PAE分子链的同时进行凝胶以确保性能以确保性能。形成低能量表面并降低PAE分子之间的运动抵抗力。在这种情况下,我们只需要相对较少的N-PAE树脂来匹配或甚至超过正常市场PAE树脂。

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