Parquet stone plate and splicing method thereof

Abstract

The invention discloses a parquet stone plate and a splicing method thereof. The parquet stone plate comprises a face plate and a base material plate. The face plate is formed by splicing a pluralityof blocky stone thin plates. The face plate is arranged on the base material plate to form a stone face plate. By combining the blocky stone thin plates required for splicing design onto the same plastic base material plate, the strength of the plastic plate can meet the use requirements of the stone composite plate; on the basis, the plastic plate has certain flexibility, and the stress concentration caused by heat expansion and cold contraction of the blocky thin plates can be balanced; the stone plate can be directly laid as a whole, the stone parquet effect is achieved, the various construction problems caused when different stone materials are spliced on site are avoided, and labor cost is saved.

Description

technical field [0001] The invention relates to the field of building materials, in particular to a mosaic stone board and a splicing method thereof. Background technique [0002] Stone parquet is widely used in the decoration of floors, walls, countertops, etc. in modern architecture. It uses the natural texture of stone and people's artistic conception to spell out exquisite patterns. At present, the main principle of stone mosaic technology is: cutting stone into fast-shaped sheets with different patterns by CNC water cutting machine, splicing each block sheet by hand, and bonding them into a whole with glue. [0003] The above-mentioned traditional mosaic technology has some shortcomings. Since the seam is the weak part of the whole mosaic stone, in order to ensure that the stone does not undergo large deformation during transportation and construction, after the adhesive in the seam is solidified, It must be rigid; due to the thermal expansion and contraction of each...

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Problems solved by technology

[0003] The above-mentioned traditional mosaic technology has some shortcomings. Since the seam is the weak part of the whole mosaic stone, in order to ensure that the stone does not undergo large deformation during transportation and construction, after the adhesive in the seam is solidified, It must be rigid; due to the thermal expansion and contraction of each block of stone itself, and the joints cannot provide appropriate deformation to release the temperature stress, this will lead to stress concentration in the joint area, making the stone crack or even brittle

[0004] The parquet process of other stone composite boards on the market, because each block of stone is composited on the same base material, ensures the strength of use, and flexible adhesives can be used in the joints of each block of sheets; however, due to the current production The substrates of composite stone are all rigid materials such as ceramic tiles, ceramics, cement boards, and glass, which still cannot completely avoid stress concentration in the patchwork area

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