Three-dimensional antique stone produced by flowing-imitating magma and producing method thereof

Abstract

The invention relates to a three-dimensional antique stone produced by flowing-imitating magma and a producing method thereof. The three-dimensional antique stone is characterized in that the prepared product comprises patterns with 2-10 obvious billet colors, wherein in at least two colors, 1-10000 billet color pattern regions with thickness reaching 2-30mm and area being 2cm to 0.5m exist; powder materials with different colors have the characteristic of mixing mutually, wherein the edge of at least one pattern region is provided with 10-1000 color powder particles, 2/3-3/3 of edges of the peripheries of which are covered by the other adjacent color region; and a billet color pattern layer of the product is provided with a colored glaze pattern layer with 1-10 colors. The method can greatly improves the imitation expressive ability of mixing transition of colorful natural stones and color region borders, and has the characteristics of the patterns nearly never being worn and torn because of the billet thickness of the pattern layers, thereby being more suitable for the practicability.

Description

technical field [0001] The present invention relates to a kind of three-dimensional antique stone generated by imitating flowing magma as a decorative material, in particular to a kind of fine pattern antique brick such as ceramics that will never wear out for permanent ground, especially the junction line of the color zone can be as Natural marble and granite have the characteristics of intermingling or intermingling, such as three-dimensional antique stones generated by flowing magma and their production methods. Background technique [0002] Nowadays, with the development of science and technology and the improvement of people's living standards, as a decorative material for floors and walls, people hope that it has the surface appearance of natural stone, such as patterns imitating granite and marble, so as to increase the high-end sense of the product. [0003] Therefore, the industry continues to improve the structure of decorative panels imitating natural stone. The i...

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Problems solved by technology

[0008] However, the archaize brick product technology in the prior art can only simply print a very thin layer of ceramic glaze on the surface to form a glazed pattern layer to express the stone-like effect, instead of forming a pattern from the body color, because the cost of the glaze color material is high , it is impossible to print very thick, and when the printing is too thick, such as 2mm-8mm thickness, the surface will be severely uneven and cannot be used

Moreover, because the glaze is in a glass phase state, it is easy to crack and break, and the cost is high, and it is not suitable for printing too thick. In addition, the glaze layer in the glass phase state has poor toughness. Compared with the body color, it is the same thickness and wear-resistant. The degree difference is more than 2-5 times

Therefore, once the antique tiles with a printing thickness of 0.05mm-0.2mm are applied in a place with a large flow of people, the pattern layer will be quickly worn away or partially worn away, making the pattern incomplete and losing the integrity of the ground's beauty

[0009] However, my previous invention has been authorized for the "three-dimensional antique brick" (application number 200520112619.8) patent, and the "three-dimensional antique brick and its production method" (application number: 200510098220.3) patent application that has entered the substantive examination. The powder materials in different color areas are separated, and in terms of the process method, due to the lack of prior art of the drawing board process, there is also the problem that the actual pattern in production is incomplete, and the two-color boundary line is very rigid like cutting with a knife and an axe. , can not appear like natural granite and marble, the natural and fine simulation effect of the intersection of the pattern and color areas mixed with each other

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