皮革与化工
皮革與化工
피혁여화공
LEATHER AND CHEMICALS
2014年
2期
10-12,18
,共4页
李秦龙%殷雯青%陈赛赛%王辉强%王全杰
李秦龍%慇雯青%陳賽賽%王輝彊%王全傑
리진룡%은문청%진새새%왕휘강%왕전걸
纳米材料%聚氨酯%耐黄变%研究进展
納米材料%聚氨酯%耐黃變%研究進展
납미재료%취안지%내황변%연구진전
nano-materials%polyurethane%UVC yellowing resistance%research progress
将无机纳米材料应用于聚氨酯材料中可以提高其耐黄变性能，符合皮革清洁化生产的要求。本文以聚氨酯/无机纳米复合材料在制革中的应用为背景，阐述其制备方法、研究进展，介绍了其在皮革中的应用研究现状及前景。
將無機納米材料應用于聚氨酯材料中可以提高其耐黃變性能，符閤皮革清潔化生產的要求。本文以聚氨酯/無機納米複閤材料在製革中的應用為揹景，闡述其製備方法、研究進展，介紹瞭其在皮革中的應用研究現狀及前景。
장무궤납미재료응용우취안지재료중가이제고기내황변성능，부합피혁청길화생산적요구。본문이취안지/무궤납미복합재료재제혁중적응용위배경，천술기제비방법、연구진전，개소료기재피혁중적응용연구현상급전경。
The application of nano-materials can improve the UVC yellowing resistance of polyurethane material,which meets the cleaner-production requirements of leather industry. For the purpose of applying in leather-making industry, the methods and research advances in improving the UVC yellowing resistance of polyurethanes by ano-materials were reviewed in this paper. At the same time, the prospect of its application in leather-making industry was pointed out.
