Process for manufacturing ultra-thin stone honeycombed sheet for fire surface

Abstract

The invention relates to a manufacturing method of a burning surface ultrathin stone honeycomb plate. The manufacture steps include that: 1) a natural stone slab is fetched, burning treatment is carried out on the front and the back surfaces of the natural stone slab to form burning surfaces; 2) a stone glue is coated on the surrounding of the front and the back burning surfaces; two stone transition backing boards are respectively stuck on the front and the back burning surfaces; the three stones form a whole after being spliced; 3) a stone cutter is adopted to cut the combined body of the three stones into two halves along the central position of the thickness of the natural stone slab to form two natural stone composition boards provided with the backing boards; 4) the cutting surface of the composition boards is processed to lead the natural stone slab to reach the designed thickness for forming a ultrathin natural stone slab; 5) a stone compound glue is coated on the back of the burning surface, a honeycomb plate or a foaming plate is stuck, the natural stone slab is taken out after being pressurized and solidified under normal temperature to lead the ultrathin natural stone slab to become the ultrathin natural stone slab that one surface of which is spliced with the transition backing board and the other surface with the honeycomb plate or the foaming plate by the glue; 6) a cutting device is adopted to cut off the surroundings of the ultrathin natural stone slab the two surfaces of which are respectively provided with the transition backing board and the honeycomb plate or the foaming plate, thus leading the transition backing board to separate from the natural stone slab. The finished product has the good properties of high intensity, impact resistance, heat preservation, heat insulation, water resistance, anti-shaking and high application value.

Description

technical field [0001] The invention relates to a method for manufacturing an ultra-thin stone honeycomb panel with a burnt surface. Background technique [0002] At present, most of the exterior wall panels commonly used in construction are natural stone fire surface exterior wall panels, with a thickness of 25mm to 30mm, which is not only heavy, easy to break, and inconvenient to transport, but also cannot meet the requirements of sound insulation, heat insulation, impact resistance, and shear resistance. and other conditions. In order to make an ultra-thin stone composite panel with a fire surface, people usually need to make a fire surface on the surface of the prefabricated ultra-thin stone plate. , easy to break, resulting in waste and waste of materials. Contents of the invention [0003] The object of the present invention is to provide a method for manufacturing ultra-thin stone honeycomb panels with fired surfaces. The method makes the ultra-thin stone panels w...

AI Technical Summary

Problems solved by technology

[0002] At present, most of the exterior wall panels commonly used in construction are natural stone fire surface exterior wall panels, with a thickness of 25mm to 30mm, which is not only heavy, easy to break, and inconvenient to transport, but also cannot meet the requirements of sound insulation, heat insulation, impact resistance, and shear resistance. and other conditions

In order to make an ultra-thin stone composite panel with a fire surface, people usually need to make a fire surface on the surface of the prefabricated ultra-thin stone plate. , easy to break, resulting in waste and waste of materials

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