A method and device for distributing microcrystalline stones with diversified textures

Abstract

The invention discloses a method for distributing microcrystalline stones with diversified textures, which comprises the following steps: S1: crushing frits of microcrystalline glass as a base material and a color material, and putting them into different distributing boxes for standby; S2 : Rotate the belt with engraved decorative patterns on the upper surface, and fill the glass-ceramic frit as the base material into the grooves forming the decorative patterns on the upper surface of the belt; S3: when the belt rotates to the grooves forming the decorative patterns on its upper surface When the groove is facing down, the glass-ceramic frit in the groove on the upper surface of the belt falls into the moving mold directly below to form a pile of glass-ceramic frit with the same pattern as the belt engraving pattern on the bottom surface of the mold; S4: Evenly spread a thin layer of glass-ceramic frit as a coloring material in the mold; S5: Pour the glass-ceramic frit as a base material into the entire mold; S6: Cover the mold with a refractory kiln furniture and the refractory kiln furniture and the mold are fixed, placed on the turning machine and turned up and down, and then the mold is removed.

Description

technical field [0001] The invention relates to a method and a device for distributing microcrystalline stones, in particular to a method and a device for distributing microcrystalline stones with diversified textures. Background technique [0002] Microcrystalline stone, also known as glass-ceramic, has the advantages of high strength, corrosion resistance, no radioactivity, uniform texture, soft color and no color difference. Some microcrystalline stones can replace natural stones and be used for interior and exterior wall and ground decoration of buildings. my country put microcrystalline stone into industrial production in the 1990s. Although the physical and chemical indicators of microcrystalline stone are superior to natural stone, due to its single color and variety, only pure white, pure beige and other colors, it cannot imitate natural stone. Due to the unique texture, the sales share of the microcrystalline stone product market has been very low, and it is impossi...

AI Technical Summary

Problems solved by technology

my country put microcrystalline stone into industrial production in the 1990s. Although the physical and chemical indicators of microcrystalline stone are superior to natural stone, due to its single color and variety, only pure white, pure beige and other colors, it cannot imitate natural stone. texture, resulting in a very low sales share of the microcrystalline stone product market, unable to benefit the majority of customers and consumers

[0003] The traditional method of distributing microcrystalline stones is to divide the same color of microcrystalline glass grains into base material and fabric, or mix some microcrystalline grains of different colors in the base and fabric, and simply cloth them into the glass-ceramic mold for crystallization. Annealing treatment, the microcrystalline stone products produced by such microcrystalline stone cloth method have a single color, no texture, and the color is not as rich and colorful as natural stone.

In addition, the existing method of distributing microcrystalline stone is to pour the bottom and the fabric into the mold together, and then use a scraper to scrape the microcrystalline stone grains flat. The parts that are not scraped or scraped out need to be repaired manually

Therefore, the existing microcrystalline stone cloth is basically completely manually operated, and it is impossible to achieve the designed pattern effect. At the same time, the amount of labor is large, continuous operation is not possible, the work efficiency is low, the product qualification rate is not guaranteed, and the product quality is greatly affected by human factors.

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