Metody imitatorskie uzupełniania dekoracji emalierskiej – scalenie kolorystyczne

A. Piasecka, A. Podgórski, Alina Tomaszewska-Szewczyk
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Abstract

To the colour unification, at the reconstruction of decorative layer, various types of coloured film-forming products are used. They should be characterizing by excellent colour stability and good adhesion to the substrate. Colour stability of the coating depends on the chemical nature of the binder, of pigment or organic dye. Pigments or dyes must be soluble or should be compatible with the binder. Dimensions of the filler particles must be smaller than the wavelength of visible radiation (380–780 nm), so they don’t be scatter the light. In that case, even in small amounts, may give coloured coating with partial transparency. Pigments also may act as shielding materials for the deeper layer of macromolecular coating. This is a result of UV absorption only in the near-surface layer of the coating and barrier effect. Commercial, decorative paints, useful at conservation and restoration, based on natural resin e.g. mastic or on synthetic resins – acrylic, alkyd, ketone . This work shows the selected results obtained from laboratory tests of film-forming products made on the basis of various macromolecular binders.
珐琅装饰的模仿补充方法——颜色融合
为了色彩的统一,在装饰层的重建中,使用了各种类型的彩色成膜产品。它们应具有优异的颜色稳定性和对基材的良好附着力。涂层的颜色稳定性取决于粘合剂、颜料或有机染料的化学性质。颜料或染料必须可溶或与粘合剂相容。填料颗粒的尺寸必须小于可见光辐射的波长(380–780nm),这样它们就不会散射光。在这种情况下,即使是少量,也可能产生部分透明的彩色涂层。颜料也可以作为大分子涂层深层的屏蔽材料。这是紫外线吸收仅在涂层的近表面层和屏障效应的结果。商用装饰涂料,可用于保护和修复,以天然树脂(如胶泥)或合成树脂(丙烯酸、醇酸、酮)为基础。这项工作显示了在各种大分子粘合剂的基础上制备的成膜产品的实验室测试中获得的选定结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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32 weeks
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