A fabric distribution process for once-fired microcrystalline composite bricks

Abstract

The invention discloses a distribution technology of a once fired microcrystal composite brick, which comprises the following steps: S00, transporting frit micropowder in a storage tank in a blanking device through a transmission device; S01, uniformly distributing the frit micropowder on a uniformly balancing conveyer belt by the blanking device; S02, uniformly spraying the frit micropowder on a raw brick on a raw brick conveyer belt by the uniformly balancing conveyer belt, wherein the step S00 comprises the following three sequentially connected processes: (a) blanking and laying the frit micropowder in the storage tank on a bucket type conveyer belt; (b) transporting the frit micropowder on a movable conveyer belt by the bucket type conveyer belt; (c) transporting the frit micropowder in the blanking device through a blanking hopper by the movable conveyer belt. The distribution technology not only solves the problems that frit distribution on the raw brick is non-uniform, the frit is wasted, and the frit processing cost is high, patterns on the produced ceramic brick are stable and natural, and fine in texture, and besides, the product quality is improved.

Description

technical field [0001] The invention relates to a production method of ceramic bricks, in particular to a material distribution process of once fired microcrystalline composite bricks. Background technique [0002] With the increasingly fierce competition in the architectural ceramics market, in order to expand market share, various manufacturers have continuously transformed equipment to increase production capacity and enrich product patterns and colors. However, the patterns of the prepared micropowder products are generally unstable and the texture is relatively rough. ; In addition, with the mature development of high-tech products (such as underglaze glazed tiles and inkjet printing secondary fired microcrystalline composite tiles, etc.), the frit on the ceramic tiles can be applied by dry glazing machines, but Due to the deformation of the brick and the unbalanced distribution of the dry glazing machine and the strict requirements on the size of the frit powder, it is...

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Problems solved by technology

[0003] The purpose of the present invention is to provide a material distribution process for one-time fired microcrystalline composite bricks. The device has lower requirements on the amount of frit fine powder, which not only solves the problem of unbalanced frit distribution on bricks, waste of frit and high cost of processing frit, etc. problem, and the pattern of the produced ceramic tiles is stable and natural, the texture is fine, and the product quality is improved at the same time

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