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    • 12. 发明公开
    • VERFAHREN ZUR MEHRSCHICHTLACKIERUNG
    • EP0817684A1
    • 1998-01-14
    • EP96910016.0
    • 1996-03-26
    • Herberts Gesellschaft mit beschränkter Haftung
    • ERNE, MarcusKIMPEL, MatthiasKLEIN, KlausjörgDÖBERT, Jürgen
    • B05D1B05D7
    • B05D7/577Y10T428/12569Y10T428/31522
    • Disclosed is a method of applying a multiple-layer enamelling on electrically conductive substrates by electrophoretic deposition of a first coating layer of electrophoretically depositable aqueous coating agents onto which a second coating layer of a first pigment- and/or effect-creating base enamel coating agent is applied wet-in-wet, and the first and second coating layers thus produced are then burned in together; a third coating layer of a second pigment and/or effect-creating base enamel coating agent is then applied, a fourth coating layer of a transparent coating agent is applied wet-in-wet, and the third and fourth coating layers are then burned in together. The total dry layer thickness of the second and third coating layers of base enamel coating agents is between 15 and 40 νm and the second coating layer accounts for between 20 and 50 % of the combined dry layer thickness of the second and third coating layers.
    • 本发明公开了一种通过电泳沉积可电泳沉积的水性涂层剂的第一涂层而在导电基材上施加多层搪瓷的方法,在所述第一涂层上可沉积第一颜料和/或效果产生基础漆基涂层剂 湿法施加,然后将由此制得的第一和第二涂层一起烧成; 然后施涂第二颜料和/或效果产生基底漆涂层剂的第三涂层,湿法涂布透明涂层剂的第四涂层,然后将第三和第四涂层在 一起。 基础瓷漆涂层剂的第二和第三涂层的总干层厚度在15和40νm之间,第二涂层占第二和第三涂层的干层厚度的20%和50%之间。
    • 19. 发明公开
    • VERFAHREN ZUR MEHRSCHICHTLACKIERUNG
    • EP0839073A1
    • 1998-05-06
    • EP96919803.0
    • 1996-05-24
    • Herberts Gesellschaft mit beschränkter Haftung
    • BLUM, JoachimSTRANGHÖNER, DieterENGEL, DieterKLEIN, KlausjörgKÜHHIRT, WalterKIMPEL, MatthiasSIEVER, Friedrich-Ludwig
    • B05D1B05D7C25D13
    • B05D7/576B05D7/577
    • A process for multi-coat painting in which a first coating of an electrophoretically separable aqueous coating (I) is electrophoretically applied to an electrically conductive substrate and then baked, whereupon further coatings are applied, where the coating agent (I) is such as to provide an electrically conductive coating when baked, whereupon, after the first coating has been baked an electrically insulating second coating of an electrophoretically separable aqueous coating agent (II) differing from (I) is electrophoretically separated and baked, whereupon as a third coating a basic paint coat of a coloured and/or effect-producing coating is applied and covered with a fourth transparent coat of a clear lacquer coating agent and baked together therewith, whereupon one or more further transparent topcoats are applied, in which the total dry coating thickness of the paint system is 90 to 130 νm and the dry coating thickness of the transparent topcoat or coats is 40 to 80 νm.
    • 一种用于多涂层涂漆的方法,其中将电泳上可分离的水性涂料(I)的第一涂层电泳施加到导电基底上,然后烘烤,随后进一步涂覆,其中涂覆剂(I)是 当烘烤时提供导电涂层,于是,在烘烤第一涂层之后,将不同于(I)的电泳可分离水性涂层剂(II)的电绝缘第二涂层电泳分离并烘烤,于是作为第三涂层的碱性 施加有色和/或效果产生涂层的油漆涂层并用透明漆涂覆剂的第四透明涂层覆盖并与之一起烘烤,随后施加一个或多个另外的透明面涂层,其中总干涂层厚度 油漆体系为90至130νm,透明面漆或涂层的干涂层厚度为40至80νm。