Stone mosaic board and its production process

Abstract

The invention relates to a stone mosaic board and a production technology thereof. The stone mosaic board comprises a main board body which is formed by splicing multiple stones. Linear adhesive grooves are distributed in the upper surface of the main board body in a criss-cross mode, every two adjacent stones are seamlessly spliced, and the linear adhesive grooves are formed in the top edges of the splicing surfaces of the stones respectively; the linear adhesive grooves are filled with adhesives used for fixedly connecting every two stones. According to the production technology of the stone mosaic board, splicing, checking, grooving, adhesive applying and grinding and polishing are performed on the stones to obtain the mosaic board. Through the linear adhesive grooves and the adhesives with which the linear adhesive grooves are filled, all the stones of the main board body adhere fixedly into a whole and will not disengage easily; through a base board, the structural strength of the main board body is further improved. The production technology of the stone mosaic board has the advantages that working precision is high, production is easy and convenient, the adhesives used in the whole production process can be saved by at least 90%, production efficiency is effectively improved, product quality is high, the production technology is suitable for batched standard production, and the production cost is low.

Description

technical field [0001] The invention relates to various stone mosaic boards, stone mosaic bricks and production techniques thereof, in particular to stone mosaic boards and production methods thereof. Background technique [0002] As a high-end decorative building material, stone mosaic is more and more recognized and accepted by designers and customers for its outstanding decorative effect, and is widely used in clubs, hotels, hotels and other places. The existing mosaic production process is relatively complicated, and a large number of manual operations are required. It is necessary to manually splice many small stones in a specified order. The operation accuracy is low, the degree of mechanization is low, and the production efficiency is low, resulting in very high processing costs for stone mosaics. As the labor cost is getting higher and higher, the expensive manufacturing cost of stone mosaic is difficult for ordinary customers to accept. [0003] In order to reduce ...

AI Technical Summary

Problems solved by technology

[0006] The invention provides a stone mosaic board and a production method thereof to overcome the problems of low operation precision, low production efficiency, high manufacturing cost, easy falling of particles, inability to dry-hang paving and ground paving in the existing production process of stone mosaic products. post complex issues

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