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Surface analysis of environmentally exposed painted composites manufactured from Quickstep and autoclave processes

机译:通过Quickstep和高压釜工艺生产的环境暴露的涂漆复合材料的表面分析

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摘要

The surface finishes of laminates produced by Quickstep™ and autoclave processes for use in automotive outer skin panels were compared. Automotive quality, painted carbon fibre samples, manufactured via both processes, were exposed to typical exposure environments including combinations of temperature (70, 120, 170°C), UV-B, humidity (95% RH) and immersion in water.The microscopy and surface roughness results demonstrated that the surfaces produced by the Quickstep process were less susceptible to damage in the aging environments than the surfaces of the autoclaved samples. Quickstep samples displayed surface bubbling of only 5 μm, compared to the autoclaved surface bubbles which reached a diameter of 30 mm before bursting, with complete delamination occurring between the paint and the composite. The surface roughness measurements revealed the autoclave samples (Ra = 0.72 μm) were up to three times the roughness of the Quickstep samples (Ra = 0.23 μm).
机译:比较了Quickstep™生产的层压板的表面光洁度和用于汽车外面板的高压灭菌工艺。通过两种方法制造的汽车质量涂漆碳纤维样品均暴露于典型的暴露环境中,包括温度(70、120、170°C),UV-B,湿度(95%RH)和浸入水中的组合。表面粗糙度结果表明,与高压灭菌样品的表面相比,Quickstep工艺生产的表面在老化环境中不易损坏。与在破裂前直径达到30 mm的高压灭菌表面气泡相比,Quickstep样品显示的表面气泡仅为5μm,在涂料和复合材料之间发生了完全分层。表面粗糙度测量表明,高压釜样品(Ra = 0.72μm)高达Quickstep样品(Ra = 0.23μm)的三倍。

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