首页>
外国专利>
FORMATION OF METALLIC FILM ON SURFACE OF HIGH MOLECULAR MATERIAL
FORMATION OF METALLIC FILM ON SURFACE OF HIGH MOLECULAR MATERIAL
展开▼
机译:高分子材料表面金属膜的形成
展开▼
页面导航
摘要
著录项
相似文献
摘要
PURPOSE:To stick very easily and firmly a metallic film to the surface of a high molecular material by coating the surface of the material with a polymer or an oligomer contg. nitrogen and by carrying out chemical plating. CONSTITUTION:The surface of the high molecular material such as PE, polyamide or PVC is coated with the polymer or the oligomer contg. nitrogen such as allylamine or vinylpyridine by dipping the high molecular material in the soln. of the coating material or by other method. The amount of the coating material used is 0.1-2.0pts.wt., especially 0.5-1.5pts.wt. (expressed in terms of solid matter) per 100pts.wt. high molecular material. A noble metal such as pd as a catalyst is stuck to the coated surface of the high molecular material by about 0.01-0.2g/m2 ordinary, and a metallic film, for example, of Ni, Co, Ag or the like is formed by chemical plating as usual.
展开▼
机译:目的:通过用聚合物或低聚物(连续)覆盖材料的表面,非常容易且牢固地将金属膜粘附到高分子材料的表面。氮气并进行化学镀。组成:PE,聚酰胺或PVC等高分子材料的表面涂有聚合物或低聚物(续)。通过将高分子材料浸入soln中,从而获得诸如烯丙胺或乙烯基吡啶之类的氮气。涂层材料或其他方法。涂料的用量为0.1-2.0pts.wt。,特别是0.5-1.5pts.wt.。 (以固体物质表示)每100pts.wt。高分子材料。以大约0.01-0.2g / m 2的普通金属和例如Ni,Co,Ag等的金属膜将贵金属如pd作为催化剂粘附到高分子材料的涂覆表面上。通常通过化学镀形成。
展开▼