Plug-in buckle type ultrathin hollow stone-plastic wallboard assembly and mounting method

Abstract

The invention provides a plug-in buckle type ultrathin hollow stone-plastic wallboard assembly and a mounting method, and belongs to the technical field of indoor wall decoration. The plug-in buckle type ultrathin hollow stone-plastic wallboard assembly comprises a suspended ceiling board, a wallboard unit and closing-up lines. The fixing ends of two first internal corner plates abut against eachother at the internal corner of the wall, the two first internal corner plates are fixed to the two ends of the internal corner of the wall correspondingly, installation of the wallboard at the internal corner of the wall is achieved, the first clamping structures of the first wallboard are clamped to the second clamping structures of the first internal corner plates at the two ends of the flush joint of the wall correspondingly, the first wallboard, fixing the first wallboard are sequentially mounted at the wall flush joint, the third clamping structure of an external corner plate is clampedto the second clamping structure of the first wallboard at one end of the wall flush joint, the fourth clamping structure of the external corner plate is clamped to the first clamping structure of thefirst wallboard at the other end of the wall flush joint at a wall external corner, installation of the external corners of the wall is achieved, and the wall is provided with the closing-up lines.

Description

technical field [0001] The invention relates to the technical field of indoor wall surface decoration, in particular to a buckle-type ultra-thin hollow stone-plastic wallboard assembly and an installation method. Background technique [0002] With the continuous improvement of people's living standards, the pursuit of quality of life has also been improved. In people's lives, the family environment has been paid more and more attention. It is mainly reflected in the interior decoration. In the past, marble, tiles, and cement were mainly used. Hard decoration materials such as sand and gravel are neither environmentally friendly nor suitable for a warm family atmosphere. Now most families prefer to use softer integrated wall panels for decoration. Currently, the integrated wall panels sold and installed on the market are mainly bamboo wood fiberboards, stone-plastic wall panels and inorganic panels, and the thickness is about 9mm. Left and right, if the old house was redecor...

AI Technical Summary

Problems solved by technology

Now most families prefer to use softer integrated wall panels for decoration. Currently, the integrated wall panels sold and installed on the market are mainly bamboo wood fiberboards, stone-plastic wall panels and inorganic panels, and the thickness is about 9mm. Left and right, if the old house was redecorated and refurbished using the above boards, it would take up too much interior space, and if it was removed and reinstalled, it would waste manpower and financial resources, and the site would be polluted, the construction period would be long, and it would not be possible to move in for a long time. There is also a new type of board, It is made of paper with a thickness of 1~3mm, and the installation method must be fully glued, and the strength is low, and there are problems such as expensive, not environmentally friendly, etc.

Therefore, the existing wall decoration technology has the following defects: secondary renovation and decoration of the wall, long construction period, slow construction, need to remove the original wall, and then carry out wet process, the quality depends on the craftsmanship of the workers, the construction period is long, and the site is messy and messy ; The whole family needs to move out during decoration; the stone-plastic wall panels on the market are all above 9mm, if the secondary renovation is solid, there will be waste, and it will occupy a large indoor area, and the cost performance is too low; the thinner ones on the market Most of the boards are solid boards, which are installed in the form of full glue. Low-priced glue is not environmentally friendly, and environmentally friendly glue is too expensive, and full glue is more expensive; the existing prefabricated wall technology uses integrated wall panels, Extrusion, surface coating, the defect of this method is that it is thicker, occupies indoor area, and the cost is too high, resulting in waste of resources. The existing thin wallboards made of kraft paper are fully glued, expensive, and not environmentally friendly. Risk, low strength, easy to leave traces in collision

The defect of the integrated wallboard in the above-mentioned patent is that it is thicker, occupies indoor area, and the cost is too high, resulting in waste of resources

Images