Silk-screen printing preparation method of spliced colored glaze glass

Abstract

The invention relates to a silk-screen printing preparation method of spliced colored glaze glass. The method is characterized by comprising the following steps of: making a whole colored glaze pattern screen plate; stacking multiple spliced glass arrays on a printing table; reserving clearances among the spliced glass, wherein the clearances are as large as glue lines; and filling the clearances with solids, wherein the printing surfaces of the spliced glass are located in the same plane. By printing colored glaze on multiple pieces of glass at the same time, color difference in splicing is avoided, and the integrity of colors and patterns after the splicing is guaranteed; and moreover, according to the method, only one screen plate, instead of multiple screen plates, needs to be made, one-time printing can save time, and the adjustment process in multiple printing steps can be omitted.

Description

technical field [0001] The invention relates to a method for preparing color glaze glass by screen printing, in particular to a multi-piece color glaze pattern with different thicknesses formed by splicing, and a screen printing method for such glass. Background technique [0002] Color glazed glass has the following performance characteristics: cheaper and easier to install than other materials such as brick, stone or wood; diverse colors, patterns, and a wide range of choices. In the curtain wall combination, it can be used to contrast other glass or match colors; the colored glaze glass can be installed on the supporting structure; it has the characteristics of no absorption, no penetration and is easy to clean; peeling off, so the original color is consistent with the life of the building; the glazed surface can absorb and reflect part of the solar heat energy, which has the effect of energy saving; it can be processed by coating, interlayer, synthetic hollow and other c...

AI Technical Summary

Problems solved by technology

This method needs to make three stencils, and the patterns on the stencils must be properly connected and spliced ​​completely, while the glass is printed separately, and the continuity of the entire pattern needs to be ensured during installation, but because it is printed separately and then spliced, the glass The docking will always produce a little offset, which will bring difficulties to the installation and bring an unsightly feeling to the effect after installation

Another situation is that the thickness of the glass on the three facades is different. To form a complete pattern, not only do you need multiple screens, but you also need to adjust the height of the screen every time you print, which is very troublesome.

Images