2mm silk-screen strengthened glass and wood plank combined kitchen cabinet door board production technology

Abstract

The invention provides a cabinet door plate manufacturing process with the combination of 2mm silk-screen printing toughened glass and wooden plates. The process comprises five main steps of performing strengthening treatment, checking strengthening degree, testing cutting performance, printing the glass silk-screen with needed colors and bonding a plate; the cabinet door plate manufactured by the process keeps the thickness and appearance requirements of the prior door plate, because the cabinet door plate does not increase too much weight, a hinge arranged between the door plate and a cabinet body is not damaged; and due to the combination of the printing surface of glass and a dampproof plate, the colors are shown because of the high transparency property of glass, so that the colors do not fall off due to external force. Therefore, the process meets the requirements of the cabinet door plate industry on strong color adhesive force and improves the fineness and mirror surface effect of the surface of the door plate, and due to the high hardness property of the glass, the cabinet door plate also has the advantages of high surface strength, scratch resistance, easy cleaning and the like.

Description

technical field [0001] The invention belongs to the technical field of cabinet door panel decoration, in particular to a cabinet door panel production process in which 2mm silk screen reinforced glass and wood panels are combined. Background technique [0002] The existing production process for making cabinet door panels is roughly divided into the following two types: [0003] One is to use various types of wooden boards, and the surface of the boards is colored by spraying or other methods. Representative products are UV boards and baking varnish boards. The advantage of this product is that it is simple and convenient to process. The disadvantage is that the color has poor anti-friction ability on the outside of the board, the color is low in aging resistance, and the flatness of the color is poor. After long-term use, the color will turn yellow, the paint film will partially fall off, and the surface of the board will form a blur after long-term wiping. Fine scratche...

AI Technical Summary

Problems solved by technology

It takes advantage of the bright color and smooth surface of plastic, but it also has the disadvantages of plastic resistance to temperature differences and scratch resistance; acrylic board is made by bonding acrylic or plexiglass materials to wood boards. The surface of this kind of material is relatively smooth and flat, and the color is not easy to fall off inside. However, the expansion coefficient of the material is too different from that of the wood board, which makes it difficult to bond the material. After the change of cold and heat, the bond will fall off and the surface Trouble with gradually growing material

[0005] In order to solve the deficiencies of the above materials, door panels with 4-5mm tempered glass as the surface appeared on the market. Although this method solved the various disadvantages of the above materials, it also caused other problems: first, the weight was too heavy, because 4mm Glass 10kg / m 2 , 5mm glass 12.5kg / m 2 , which causes the coupling hinge to not match the

In order to solve this problem, we can only remove the wooden board behind or use some light non-wood board materials, but the finished door board has a big difference in appearance from the traditional door board, and there is a fatal problem at the same time: because the glass is Tempered, so the processing cycle and processing accuracy in mass production cannot be guaranteed, and because it can only be produced in a single set, the color can only be sprayed, which causes the color difference, which is the after-sales patch of the product Cause trouble, once a piece of glass is broken during the transportation and installation process, the whole door panel will have to be remade

However, the fragility of ordinary glass is a fatal flaw. The high strength of tempered glass is a good solution to the fragility. However, the characteristics of tempered glass that cannot be cut and processed again restrict the large-scale production of products.

Because it can’t be cut twice, it can’t make large boards, so it can only increase the color by spraying. Although the cost of the spraying method is fast, its fatal disadvantage is that it cannot guarantee the color difference between batches.