Manufacturing method of heat insulation decorative line

Abstract

The invention provides a manufacturing method of a heat insulation decorative line. The manufacturing method comprises the following steps: step 101: drawing: drawing a heat insulation plate and a manufacturing template in a control computer of a cutting machine according to the dimensional requirements of a design drawing; step 102: cutting: cutting the heat insulation plate and the manufacturing template by the cutting machine according to the drawing in the control computer; step 103: sticking and covering grid cloth: sticking and covering the grid cloth on the front surface and the side surface of the heat insulation plate after cutting; step 104: scraping mortar: smearing the mortar with uniform thickness outside the grid cloth; step 105: finishing the surface: scraping a putty layer on the surface of the mortar; step 106: spraying a finish coat: spraying the finish coat outside the mortar; and step 107: inspecting, packaging and warehousing: packaging and warehousing a finished product, namely the heat insulation decorative line, which is inspected to be qualified. According to the technical scheme provided by the invention, the manufactured heat insulation decorative line has the advantages of light weight, good decoration effect, convenience in processing and mounting and high performance-cost ratio.

Description

technical field [0001] The invention relates to the field of building thermal insulation decoration, and more specifically, to a method for making thermal insulation decorative lines. Background technique [0002] As an integral part of building decoration, lines have been used in architecture. Traditional lines generally have the following production methods: [0003] One is the line of the thin plastering system, which is formed by cutting the EPS board of the corresponding specification, pasting it on the wall, and then applying mortar, hanging grid cloth, scraping putty, and painting the finishing paint on the EPS board , its advantage is that it can be made into any shape, light in weight, and the disadvantage is that the decoration effect is poor, there are many on-site installation procedures, and the construction is complicated; [0004] One is to use aluminum-plastic panels to fold into corresponding line shapes, and then install them on the wall, which has the adv...

AI Technical Summary

Problems solved by technology

[0003] One is the line of the thin plastering system, which is formed by cutting the EPS board of the corresponding specification, pasting it on the wall, and then applying mortar, hanging grid cloth, scraping putty, and painting the finishing paint on the EPS board , its advantage is that it can be made into any shape, light in weight, and the disadvantage is that the decoration effect is poor, there are many on-site installation procedures, and the construction is complicated;

[0004] One is to use aluminum-plastic panels to fold into corresponding line shapes, and then install them on the wall, which has the advantages of good decorative effect and light weight; the disadvantage is that it can only make simple lines with larger cross-sections combined with straight lines, which is difficult for complex structures. Or lines with arc surfaces cannot be formed, and the processing process is done by hand, and the processing speed is slow;

[0005] One is the marble line, which is made by grinding the marble as a whole according to the shape of the line or grinding it in pieces and then splicing it. Its advantage is excellent decorative effect, but its disadvantages are heavy weight and extremely slow processing speed. Generally, dry hanging type is used for installation. slow, expensive, etc.

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