thermoplastic flow

The melted thermoplastic adhesive after reaction in preforms will format more distribution of film groups on the fiber surface adhesion, and thus resin flow permeate better faster and easier than before reaction.

预型件内的热熔性粘合剂反应融化后会形成团片粘附在纤维束的表面，分布也更加离散化，从而树脂流动渗透比融化前的效果要好、浸润更快更容易。

The results show that the thermoplastic sheets and the flow molded parts have superior mechanical properties, that is, tensile strength, flexural strength, modulus and impact strength are greater than 60 MPa, 100 MPa, 3 500 MPa and 50 kJ/ m2 respectively.

结果表明：三种热塑性复合材料片材与制品具有优异的力学性能，拉伸强度、弯曲强度、模量和冲击强度分别大于60MPa、100MPa、3500MPa和50kJ／m2，热变形温度158℃左右。

Meanwhile, those of the black PEEK composite were 0 21 and 0 61 × 10-6 mm 3/ ( N · m) respectively The wear of the black PEEK composite was controlled mostly by adhesive mechanism and going with thermoplastic flow

黑色PEEK复合材料的摩擦系数为021，比磨损率为061×10-6mm3/（N·m），两种复合材料主要受粘着磨损机制控制，并伴有热塑性流动磨损