首页> 外国专利> Coating system for rehabilitation of cracks having chemically aggressive liquids dynamically and mechanically acted upon on substrates

Coating system for rehabilitation of cracks having chemically aggressive liquids dynamically and mechanically acted upon on substrates

机译:具有化学侵蚀性液体的裂缝修复涂层系统,可动态地和机械地作用在基材上

摘要

Coating system for rehabilitation of cracks with chemically aggressive liquids having dynamically and mechanically acted upon by the surfaces, for example, cement-bound floors, concrete surfaces of collecting troughs, collecting and installations for storing, decanting and handling of these liquids or the like, with a primer coating applied on the ground from epichlorohydrin resin and an epichlorohydrin resin - cover layer, wherein the primer and the cover layer in each case are formulated in different ways and is made of a solvent-free mixture on bisphenol a - and / or bisphenol f - base, glycidyl ethers, which is connected as a reaction of a thin, a curing agent on the basis of an amine adduct of a polyamine and / or from the basis of amines with primary, secondary and tertiary amino groups and auxiliary substances and the mixing ratio of resin (component a) and curing agent (component b) for the outer layer 1: 1, characterized in that the component a and / or component b, in addition, internally reactive compounds acting on the permanent elasticity between 2 and 20 w -% and a bonding connections between 1 and 10 w -%, wherein the reactive compounds in the finished cover layer between 80 to 200% in the form of crosslinked.
机译:用化学侵蚀性液体修复裂缝的涂层系统,该液体具有动态和机械作用于表面,例如水泥地面,集水槽的混凝土表面,用于存储,倾倒和处理这些液体的收集和装置等,用表氯醇树脂和表氯醇树脂-覆盖层在地面上涂底漆涂层,其中底漆和覆盖层在每种情况下均以不同的方式配制,并且由双酚a-和/或上的无溶剂混合物制成双酚f-碱,缩水甘油醚,作为稀薄物的反应,基于多胺的胺加成物和/或基于具有伯,仲和叔氨基基团的胺和辅助物质的反应而固化以及用于外层的树脂(组分a)和固化剂(组分b)的混合比为1:1,其特征在于,组分a和/或组分b另外n,内部反应性化合物,其在2至20 w-%之间的永久弹性上起作用,并且在1至10 w-%之间的键合连接中,其中,成品覆盖层中的反应性化合物以交联形式在80至200%之间。

著录项

  • 公开/公告号DE202016004386U1

    专利类型

  • 公开/公告日2016-08-19

    原文格式PDF

  • 申请/专利权人 M + S METALLSCHUTZ GMBH;

    申请/专利号DE20162004386U

  • 发明设计人

    申请日2016-07-18

  • 分类号C09D163/00;C04B41/46;C09K3/12;E04G23/02;

  • 国家 DE

  • 入库时间 2022-08-21 14:08:54

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