2014, Volume 16, Issue 1
Strategic Study of CAE >> 2014, Volume 16, Issue 1
A study on light-aging resistance of instrument panel materials and bumper materials on the automobile
1. Zhejiang Geely Automobile Research Institute Co. Ltd.，Hangzhou 311228，China;
2. State Key Laboratory of Environmental Adaptability for Industrial Products，China National Electric Apparatus Research Institute， Guangzhou 510300，China
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Abstract
The light-aging test method commonly used in the automobile industry is utilized to carry out light- aging research on automotive instrument panel（IP）materials and bumper materials. On one hand，the impacts of common light-aging test methods on aging degree of automotive component materials are compared；on the other hand，the light-aging resistances of different component materials are compared. The results show that，for light-aging behavior of IP materials，the aging degree of the third test method is not severer than that of the second method，but it is severer than that of the first method. The light-aging resistance of IP material A is almost the same as that of IP material B. With reference to light-aging behavior of bumper materials，the aging degree of three common test methods indicates that the aging degree of the sixth test method is not severer than that of the fourth method，but it is severer than that of the fifth method. The light- aging resistance of bumper material D is superior to that of bumper material C.
Keywords
automobile ; IP materials ; bumper materials ; light- aging resistance ; color difference ; gloss
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References
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