Adapter for dry-hanging fiber-ceramic board and dry-hanging method for fiber-ceramic board

Abstract

The invention discloses a switching piece for fibrous vitrolite dry hanging and a fibrous vitrolite dry hanging method. Each switching piece comprises a first groove body and a second groove body of which the two groove openings are in opposite direction and the cross sections are U-shaped, wherein a groove wall on one side of the first groove body serves as a groove wall on one side of the second groove body. The dry hanging method comprises the following steps: grooving is performed on the two ends of the bonding layer of a fibrous vitrolite, the two ends of the inner layer plate of the fibrous vitrolite are both inserted into the first groove body of one switching piece, a gap between the first groove body and the inner layer plate and a gap between the first groove body and the outer layer are filled with fixing glue, the second groove bodies of two switching pieces are filled with fixing glue so as to be respectively and fixedly provided with insertion parts of corresponding hanging pieces, and the two groove bodies are fixedly connected with a keel system through fixing parts of all hanging pieces, so as to achieve vibrous vitrolite dry hanging. The switching piece provided by the invention is firm and durable, mechanical force is mainly used for achieving dry hanging of the vibrous vitrolite, and after dry hanging, the vibrous vitrolite has a good loaded property and is less susceptible to dropping off. The switching piece provided by the invention can achieve flatness adjustment of the vibrous vitrolite, and the the attractive appearance of the vibrous vitrolite is ensured.

Description

technical field [0001] The invention relates to an adapter for dry-hanging fiber-ceramic boards and a method for dry-hanging fiber-ceramic boards realized based on the adapter, belonging to the field of dry-hanging decoration engineering for fiber-ceramic boards. Background technique [0002] The fiber porcelain board is composed of an outer layer board (also known as a surface layer board) and an inner layer board (also called a base board) bonded to each other through a bonding layer, and the polymer between the outer layer board and the inner layer board is the bonding layer. At present, in engineering construction, the dry hanging of fiber porcelain boards is usually achieved by directly bonding a small piece of backing board with adhesive glue, and hanging a T-shaped pendant between the backing board and the fiber porcelain board. This kind of dry-hanging method basically relies on the cohesive force of the adhesive. Therefore, with the prolongation of time, the adhesiv...

AI Technical Summary

Problems solved by technology

At present, in engineering construction, the dry hanging of fiber porcelain boards is usually achieved by directly bonding a small piece of backing board with adhesive glue, and hanging a T-shaped pendant between the backing board and the fiber porcelain board. This kind of dry hanging method basically relies on the cohesive force of the adhesive. Therefore, as time goes by, the adhesive is easily aged, and there is a safety hazard that the fiber porcelain plate will fall off.

[0003] In view of the defects of the above-mentioned dry hanging method, there is currently a method of inserting the T-shaped hanger directly into the gap between the outer plate and the inner plate of the fiber-ceramic plate to realize dry-hanging of the fiber-ceramic plate. Although this method It solves the problem that the fiber-ceramic board is easy to fall off due to the aging of the adhesive. However, because the gap width between the outer and inner boards of the fiber-ceramic board is only 3mm, which is basically the same as the thickness of the T-shaped pendant, therefore, the plug-in The T-shaped pendant installed in the gap between the outer layer board and the inner layer board is basically in a fixed state and cannot be adjusted back and forth, resulting in the appearance of a new problem that the fiber porcelain board cannot adjust its own flatness

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