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Improving Adhesion Performance between Low Surface Tension Composite and Dissimilar Substrates

机译:改善低表面张力复合材料与不同基材之间的粘附性能

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The growing demand for high performance plastic components for automobile, aerospace, medical and electronic applications has made the job of formulating paints, adhesives and coatings more challenging. Composite plastics having low surface energies but which deliver high-strength, low-weight performance are becoming more prevalent. Adhesion to the surfaces of these composites, as well as between dissimilar high performance materials, is being solved by atmospheric pretreatment technologies. This paper links specific atmospheric surface pretreatment improvements in adhesion to an array of composite and dissimilar materials.
机译:汽车,航空航天,医疗和电子应用对高性能塑料部件的需求不断增长,使得制定涂料,粘合剂和涂层更具挑战性的工作。具有低表面能的复合塑料,但提供高强度,低重量性能变得越来越普遍。通过大气预处理技术解决对这些复合材料的表面以及不同的高性能材料的粘附性。本文将特定的大气表面预处理改进与复合材料和异种材料阵列的粘合性相连。

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