Anti-skid wood plastic floor with good water drainage performance

Abstract

Provided is an anti-skid wood plastic floor with good water drainage performance. One spliced side of the floor is equipped with a protrusion clamp part. One spliced side, opposite to the protrusion clamp part, is provided with a recess clamp part. The protrusion clamp part is provided with a protrusion shape which is inserted into the recess clamp part. Water drainage through holes are linearly distributed along the width direction in the interior of the floor and penetrate along the length direction of the floor. Anti-skid recesses are arranged at positions corresponding to the water drainage through holes in the upper surface of the floor. Water drainage anti-skid gaps are arranged in positions, connecting upper and lower bottom surfaces, in the side surface where the wood plastic flooris located. The water drainage through holes are arranged in the interior of the floor. The upper and lower bottom surfaces of the floor are equipped with water drainage holes communicating with thewater drainage through holes such that accumulated water on the upper surface of the floor can be eliminated. Additionally, anti-skid recesses on the upper surface exert anti-skid effect and are combined with the water drainage holes. Therefore, accumulated water is eliminated. The anti-skid effect is well ensured.

Description

technical field [0001] The invention relates to the field of wood-plastic flooring, in particular to a non-slip wood-plastic flooring with excellent drainage. Background technique [0002] Plastic wood is a kind of composite material synthesized from low to biomass fibers such as sawdust, wood chips, bamboo chips, rice husks, wheat straw, soybean hulls, peanut shells, bagasse, wheat straw, etc., and plastics. It has the advantages of plant fibers and plastics, and has a wide range of applications, covering almost all fields of use of logs, plastics, plastic steel, aluminum alloys and other similar composite materials. It also solves the problem of recycling waste resources in the plastics and wood industries. Its main features are: resource utilization of raw materials, plasticization of products, environmental protection in use, economical cost, recycling and regeneration. [0003] Extruding wood-plastic materials into various forms of profiles through a mold of a certain ...

AI Technical Summary

Problems solved by technology

Although with the economic development trend centered on the recycling of waste materials and the comprehensive utilization of resources, wood-plastic profiles have been widely used in the field of building decoration materials, especially the development towards co-extrusion has attracted much attention, but it also has its shortcomings and shortcomings. For example, wood-plastic composite materials have good waterproof performance, but their water permeability is poor, especially when used outdoors in rainy days, it is easy to accumulate water, and the wood-plastic floor will become slippery after water accumulation, making it difficult for people to walk.

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