Flexible noiseless self-sinking type non-slip floor

Abstract

The invention discloses a flexible noiseless self-sinking type non-slip floor. The flexible noiseless self-sinking type non-slip floor comprises a composite surface layer and a non-slip film layer, and the non-slip film layer is provided with non-slip convex lines, non-slip concave lines or bottom lines composed of the non-slip convex lines and non-slip concave lines, wherein the bottom lines are unclosed bottom lines with openings. Compared with the prior art, the flexible noiseless self-sinking type non-slip floor has certain flexibility in component and structure, self-sinking type slipping stopping is formed, and the floor can be attached to the ground perfectly. By means of the design of a multilayer texture structure and the bottom lines, a good sound eliminating effect is achieved; by means of the unclosed bottom lines, ventilation is achieved, moisture can be discharged easily, moving stopping and slipping stopping are effectively achieved at the same time, and the floor face can be stably attached to the ground. The specific gravity of 1.9 tons per cubic meter or above can be achieved by the floor, and therefore the floor can be effectively attached to the ground through the weight of the floor and the non-slipping bottom lines, and the noiseless self-sinking type non-slip floor cannot move freely.

Description

technical field [0001] The invention relates to an improvement of a plastic composite floor, in particular to a flexible, silent, self-sinking non-slip floor. Background technique [0002] Existing floors include four categories: wooden floors, ceramic tiles, marble and plastic floors. Due to the different materials, the way of paving is also different. The edge of the wooden floor has grooves, which are fixed on the keel pre-laid on the ground such as cement by floor nails; ceramic tiles and marble are solidified on the ground through cement slurry; plastic floors are cured on the ground with glue , similar to the paving methods of ceramic tiles and marble; or grooves are formed on the four sides of the plastic floor to form grooves, and the male and female grooves are aligned and laid directly on the ground; the paving methods of the above four types of floors are relatively complicated and require professional and technical personnel Or complex work instructions can be ...

AI Technical Summary

Problems solved by technology

In reality, the surface directly used to lay the floor is relatively rough, and it is inevitable that there will be dust scattered on it. It is fundamentally different from a mirror or a flat and smooth tile wall. The suction cup at the bottom of the floor cannot produce adsorption on the ground.

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