Production technique and machining device for seamless pattern-butted wall board

Abstract

The invention provides a production technique and a machining device for a seamless pattern-butted wall board, and belongs to the technical field of wallboards. The production technique and the machining device for the seamless pattern-butted wall board solve the problem that the production efficiency is low in the prior art. The production technique for the seamless pattern-butted wall board comprises the following steps of A, weighing raw materials, specifically weighing, by weight, 100-120 parts of marble powder, 10-14 parts of polyethylene, 10-15 parts of heavy calcium, 10-15 parts of clay, 50-70 parts of polyvinyl chloride and 7-10 parts of paraffin wax; B, mixing the materials; C, grinding; D, extruding; E, shaping; F, carrying out post-treatment; and G, pasting cloth. The machiningdevice for the seamless pattern-butted wall board comprises a machine frame, a conveying rail I and a conveying rail II are arranged on the machine frame, a conveying belt I is arranged on the conveying rail I, a conveying belt II is arranged on the conveying rail II, and the output end of the conveying rail I is connected with a workbench. The production technique and the machining device for theseamless pattern-butted wall board have the advantages of improving the production quality and improving the production efficiency.

Description

technical field [0001] The invention belongs to the technical field of wallboard manufacturing, and relates to a production process and a processing device of a seamless facing wallboard. Background technique [0002] The stone-plastic board adopts natural marble powder to form a high-density, high-fiber network structure solid base, and the surface is covered with a super wear-resistant polymer PVC wear-resistant layer. It is processed through hundreds of processes. It is a high-quality, A new type of decorative material developed by high-tech research and development. [0003] At present, wallboards made of stone-plastic boards are favored by consumers. Several stone-plastic boards are spliced ​​into wallboards. Each stone-plastic board has an independent pattern, and all the patterns are spliced ​​into a large pattern. At present, there are Two methods can achieve a continuous pattern on the wallboard. One is to install the wallboard and then stick wall cloth or wallpape...

AI Technical Summary

Problems solved by technology

[0003] At present, wallboards made of stone-plastic boards are favored by consumers. Several stone-plastic boards are spliced ​​into wallboards. Each stone-plastic board has an independent pattern, and all the patterns are spliced ​​into a large pattern. At present, there are Two methods can achieve a continuous pattern on the wallboard. One is to install the wallboard and then stick wall cloth or wallpaper. This method greatly increases the installation time, and the glue needs to be dried naturally; The second method is to directly paste the patterned wallpaper or wall covering on the stone-plastic board when producing the stone-plastic board, and then install it directly. The latter greatly improves the efficiency of the user's decoration; but in the production When using stone-plastic panels with patterns, the following problems are encountered: 1. When using continuous splicing patterns, the butt joints between the patterns are not good, resulting in poor quality of the produced wallboards; 2. During production, manual lamination is used Wall cloth or wallpaper, the lamination accuracy is not high enough, resulting in low production efficiency and quality

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