Strengthening stone structure bringing convenience to construction and manufacturing technology thereof

Abstract

The invention discloses a strengthening stone structure bringing convenience to construction and a manufacturing technology of the strengthening stone structure. A back glue layer and a back net layer are arranged on the back face of stone, the back net layer is arranged in the back glue layer in an inbuilt mode, during arranging, the back net layer can be first paved on the back face of the stone, and then the back glue layer is arranged on the back net layer in a coating mode. However, the back glue layer can also be arranged on the back face of the stone first, then the back net layer is adhered to the back glue layer, and at last, the back glue layer is arranged on the back net layer in a coating mode. The back glue layer can reduce the corrosion of water and other detrimental substances to the stone, so that the stone is prevented from being damaged, at the same time, the stone has good bonding performance with a base layer during wet combining construction and the phenomena of efflorescence, water damage, flaking, hollowing, dropping, cracking and the like of the stone are avoided. The back net layer changes the method that a traditional back net layer must be shoveled, the structural strength of the stone is improved, and the stone is not prone to damage during machining, storage, arranging, transportation and construction bonding operation.

Description

technical field [0001] The invention belongs to the field of building materials, in particular to a reinforced stone structure which is convenient for construction and a manufacturing process thereof. Background technique [0002] Stone includes natural stone and artificial stone. It is a good decorative material for building decoration and has various decorative effects, such as showing nobility, firmness, and beauty. However, due to different causes of many natural stones, there are many gaps and holes invisible to the naked eye in the stone, which will make the stone have a certain degree of water absorption, water seepage, and harmful substances in the environment will penetrate into the stone, causing stone lesions and affecting the decorative effect. and service life. [0003] In actual use, "stone protective agent" is often painted on the surface of the stone to "protect" the stone. Stone protective agents are generally silicone or fluorocarbon materials. After bein...

AI Technical Summary

Problems solved by technology

However, when cutting the stone into thin slices, it will test the carefulness of stone handling, storage and installation, because thin slices of stone cannot withstand large vibrations, and there will often be a considerable proportion during the process from cutting to installation and positioning. The stone is damaged, fragmented and scrapped, which is also a problem to be solved in the prior art

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