Surface-printed artificial stone and manufacturing method thereof

Abstract

The invention relates to surface printed artificial stone and a manufacturing method of the surface printed artificial stone. The manufacturing method comprises the steps of (1) mixing epoxy rein and phenolic resin to obtain a raw material A, (2) mixing quartz sand to obtain a raw material B, (3) mixing reflective sand and glass powder to obtain a raw material C, (4) mixing the raw materials A and B and pressing to obtain a D type sand plate, (5) mixing the raw materials A and C and pressing to obtain an E type sand plate, and (6) coating the raw material A on the surfaces of the sand plates and pressing to obtain an integral sand plate, pressing the surface of the E type sand plate to a concave-convex surface and then curing and drying. The artificial stone is formed by the D type sand plate and the E type sand plate; the D type sand plate is formed by the quartz sand and the E type sand plate is formed by the reflective sand and the glass powder; the D type sand plate and the E type sand plate are bonded through a bonder to form the integral sand plate; and the concave-convex surface is arranged on the surface of the E type sand plate. Sand grains and particles with different textures are mixed for forming, so that the third-dimensional, transparent and reflective effects of the artificial stone are realized, the third dimension and the perspective of the painting on the surface of the stone are enriched and the oil painting effect is provided.

Description

technical field [0001] The invention relates to the technical field of building materials, in particular to a surface-printed artificial stone and a method for manufacturing the artificial stone. Background technique [0002] At present, there are mainly two types of stone on the market: natural stone and artificial stone. Artificial stone is also called artificial stone or artificial stone. The above two types of stone generally have the characteristics of heavy quality and no warp. Processing is more difficult, such as engraving, cutting and other secondary processing of the above two types of stone. Most of the above-mentioned two types of existing stones are planar structures. If it is necessary to process the uneven three-dimensional effect on the surface of the above-mentioned stones, it is difficult, or the processing cost is high, and the finished products of the two are thicker due to the texture, which is common in the market. The thickness of the stone is above 1...

AI Technical Summary

Problems solved by technology

Most of the above-mentioned two types of existing stones are planar structures. If it is necessary to process the surface of the above-mentioned stones to form a three-dimensional effect with unevenness, it is difficult, or the processing cost is high, and the finished products of the two are thicker due to the texture, which is common in the market. The thickness of the stone is more than 10mm

On the other hand, when the above two types of stones require color requirements in the processing process, the main method is often to use pigments to color the stone surface. The adhesion between the pigments and the stone surface is small, and the shelf life of the existing pigment colors is relatively short. , generally 1 to 2 years, the use effect is not ideal

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