Producing, machining and manufacturing method for ultra-thin natural stone

Abstract

The invention discloses a producing, machining and manufacturing method for an ultra-thin natural stone. The method includes the steps that S1, one natural stone is set, gluing net cloth is pasted to two opposite surfaces of the natural stone, two hard plates are arranged, a de-bonding layer is arranged at the centre of each of two hard plates, and a gluing area is arranged at the peripheral position without the de-bonding layer; S2, the faces, corresponding to the de-bonding layer, of the two hard plates and two opposite faces of the natural stone are correspondingly glued through adhesives, and the peripheral gluing areas of the hard plates are fixedly connected with the natural stone and the net cloth in a gluing manner; S3, the middle of a thick edge of the natural stone is subjected to bisection so that two composite stones can be formed, and the exposed side of the natural stone forms an outer surface; S4, the composite stones are placed in a thickness defining machine tool to grind the outer surface of the natural stone, and the natural stone is made to have a thickness small than or equal to 3 mm; and S5, the composite stones are taken down from the thickness defining machine tool and are cut, the hard plates can be separated from the natural stone and the net cloth by means of the de-bonding layer, and a finished product in which the ultra-thin natural stone is combined with the net cloth is formed. Thus, the method can have an excellent manufacturing yield and excellent structural strength of finished products.

Description

technical field [0001] The invention relates to a stone, in particular to a method for producing, processing and manufacturing an ultra-thin natural stone. Background technique [0002] Stone is a well-known material and is often used in occasions such as floors, exterior walls, table boards, and wall decorations. The surface of this natural stone has delicate textures. Although its cost is relatively high, it is still favored by people. [0003] Generally, natural stone is processed and cut to a thickness of about 18~30mm, and this thickness can have better strength, and can be used as support for floors and table boards. When using external walls and interior walls, it will cause inconvenience in construction and increase the risk. [0004] In order to reduce the weight of the stone, at present, it is possible to glue the reinforcement plates with a light weight, a thickness of about 5mm or more and sufficient strength on the opposite sides of the natural stone with a thi...

AI Technical Summary

Problems solved by technology

[0005] Although the weight of the aforementioned natural stone with a thickness of about 10mm can be reduced, it still limits the application of natural stone. When the thickness is about 15mm), it will be difficult to implement due to excessive thickness and weight

[0006] If the thickness of the natural stone is less than 10mm, cutting from the thick side will easily cause the natural stone plate to break. Only the thickness-setting machine can be used to gradually grind the surface of the natural stone. During the grinding process, the surface of one side of the reinforcing plate can be glued to the back of the natural stone plate. To support the natural stone, it will not deform and crack, and can produce natural stone with a thickness of less than 3mm. However, after grinding, the composite stone still has a thickness of (natural stone plus reinforcement) about 8mm. When it is pasted on the surface of the belongings It is still too thick, so it is necessary to separate the reinforcing plate from the ground natural stone so that the ultra-thin natural stone with a thickness of less than 3mm can be directly pasted on the belongings, but the separation process is likely to cause fracture damage to the natural stone with a thickness of less than 3mm , and after separation, the natural stone with a thickness below 3mm has no reinforcing material at all, which still causes the ultra-thin natural stone to be easily broken and missing

[0007] In addition, in order to improve the aforementioned situation, the composite stone with a thickness of less than 3mm after being ground is turned upside down, and the grinding device of the thickness-setting machine can grind the reinforcing material again to reduce the overall thickness of the composite stone. The strength of the natural stone is not enough to support the reinforcing material, resulting in the cracking of the natural stone during the grinding process and the extremely low yield, which is difficult to implement.

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