Manufacturing method of keel-free ultrathin wallboard

Abstract

The invention relates to a manufacturing method of a keel-free ultrathin wallboard. The manufacturing method comprises the steps of board selection, jade treatment, glaze sealing treatment, primary firing, pattern printing, secondary firing, cooling and the like. According to the method, the wallboard is convenient to install and decoration materials are saved, so that the cost is reduced, the indoor space is saved, the weight of a building is reduced, steel is saved, radiation and pollution are avoided, pictures are protected, the size can be customized, patterns can be autonomously selected,products are attractive and elegant, firmness and durability are achieved, and the working procedure is simple; based on a method of laying wallboards later wastes indoor space and steel, the weightof a building body is increased, and great inconvenience is caused; by adopting wooden keel, although the weight is reduced, the technical problems that indoor space is still wasted, the wooden keel is prone to moisture and flammability, and much inconvenience is brought to subsequent maintenance and the like still exist, so that compared with the prior art, the keel-free ultrathin wallboard has good market prospects and development space are achieved.

Description

technical field [0001] The invention relates to the technical field of diamond jade porcelain glass floors, in particular to a method for manufacturing an ultra-thin wallboard without a keel. Background technique [0002] Wall panel decoration has become a new trend now. For interior decoration such as hotel halls, KTV, gymnasiums and museum exhibition halls, traditional wall panel laying generally adopts the method of laying steel keels first, and then laying wall panels. Consistency, but it wastes interior space, wastes steel, causes the weight of the building to increase, which is very inconvenient; if wooden keels are used, although the weight is reduced, there is still a waste of interior space, and wooden keels are prone to moisture and flammability, which is difficult for subsequent maintenance. Bring a lot of inconvenience. [0003] How to design a design that is convenient for paving, saves decoration materials, reduces costs, saves indoor space, reduces the weight...

AI Technical Summary

Problems solved by technology

[0004] In order to solve the existing traditional wallboard laying, the method of laying steel keels first and then laying wallboards is generally adopted. Although the consistency of the wall surface is guaranteed, it wastes indoor space and steel materials, resulting in increased weight of the building, which is very serious. Inconvenient; if wooden keels are used, although the weight is reduced, there is still a waste of indoor space, and the wooden keel is prone to moisture and flammability, which brings a lot of inconvenience to subsequent maintenance. The invention provides a production of ultra-thin wallboard without keel Method and application to achieve convenient paving, save decoration materials, reduce costs, save indoor space, reduce building weight, save steel, no radiation and no pollution, protect the screen, the size can be customized, the pattern can be selected independently, and the product is beautiful and generous , sturdy and durable, the purpose of simple process