Machining method for crystal decorating plate

Abstract

The invention discloses a machining method for a crystal decorating plate, and belongs to the technical field of crystal decorating plates. The machining method comprises the following steps of material selection, cutting, color wiping, primer spraying, padding, pattern designing, grooving and perforation, blank repairing, padding, crystal preparation, crystal layout, mirror plate perforation, adhesion, baking, embedding, air-drying, mounting, edging, packaging, standing drying and spray-coating. In the steps, parameters and conditions of each step are controlled. The method has the beneficial effects that the whole process is easy to operate and suitable for industrial production, and the production efficiency is improved by over 50 percent; moreover, in the whole production process, a plate and crystals are prevented from being bruised, and the yield is increased by 95 percent compared with that of a conventional machining method; the crystals are packaged by virtue of an acrylic plate, so that the crystals on a substrate are prevented from daily pollution, and meanwhile, the flashing effect of the crystals is fully presented; the acrylic plate can be periodically polished, so that longer service life is achieved.

Description

technical field [0001] The invention relates to the technical field of building materials, in particular to a processing method of a crystal decorative board. Background technique [0002] Man-made cut crystals are more and more popular because they can gather and refract light, emit dazzling light, and have excellent ornamental value. There are more and more applications in daily life. Most of the ordinary crystal decorative panels on the market now use artificial cut crystals on the surface of the stone to enrich its decoration and enhance the sparkle and luxury of the material. There are three main methods: 1. Stick the flat-bottomed man-made cut crystal drill body on the surface of stone or other decorative materials by glue; the crystal drill surface of this method is extremely susceptible to pollution by various substances, and at the same time it is extremely easy to fall off. 2. By punching holes or slotting on the surface of the stone, the pointed bottom crystal dr...

AI Technical Summary

Problems solved by technology

But its outstanding disadvantages are: ①The terrace part of the crystal still protrudes from the plane of the stone material, and is still susceptible to pollution; ②Water or various cleaning agents can enter the bonding surface through the bonding gap, which will still cause the crystal diamond body shedding

But its outstanding disadvantages are: ①The light transmittance of the resin is low, which affects the shining effect of the crystal drill body; ②The resin glue is easy to yellow when it is too long; ③The surface hardness of the resin glue is low, and it is easy to crack

These existing production methods all use a large number of workers and some simple machinery to process, the whole process is more complicated, the operation is more troublesome, it is not suitable for large-scale production, the efficiency is low, and it is easy to Damage to the substrate and crystal, resulting in defective products with a low yield rate

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