Moisture-proof wood floor

Abstract

The invention discloses a moisture-proof wood floor which comprises a floor body. Mortises and tenons are respectively arranged on two sides of the floor body, the upper portions of the mortises are provided with first convex edges with semicircular cross sections, the lower portions of the mortises are provided with second convex edges with quadrant-circle-shaped cross sections, the circular-arc faces of the second convex edges face the opening directions of the mortises, the second convex edges are closer to the bottoms of the mortises compared with the first convex edges, and water stopping strips capable of expanding when encountering water are arranged at the bottoms of the mortises. The upper portions of the tenons are provided with grooves corresponding to shape positions of the first convex edges, and the lower portions of the tenons are provided with gaps corresponding to shape positions of the second convex edges. The peripheries of the tenons are covered with polyethylene films for playing a role of preventing the floor body from absorbing water. Horizontally-arranged through holes are further formed in the first convex edges. By means of the structure of the moisture-proof wood floor, water seepage can be effectively prevented, and accordingly the moisture-proof performance of the wood floor is improved.

Description

technical field [0001] The invention relates to a moisture-proof wooden floor, which belongs to the technical field of wooden floors. Background technique [0002] Due to the material problem of the wooden floor, the moisture resistance of the wooden floor must be fully considered during the processing of the wooden floor. If the moisture resistance of the wooden floor is poor, the wooden floor is easily deformed and the paint layer peels off after being subjected to moisture. And the existing wooden floor, usually use the back sealing technology of the floor to resist the moisture on the ground, this technology is to heat-press one layer of sealing water-proof waterproof layer on the back side of the floor. Enough effort, adding waterproof pads is one of the commonly used technical means. However, the existing wooden floor still has no resistance to the situation of splashing water on the surface. Because no matter how tight the tongue-and-groove structure of the wooden ...

AI Technical Summary

Problems solved by technology

However, the existing wooden floor is still not resistant to water splashing on the surface

Because no matter how tight the tongue-and-groove structure of the wooden floor is, the splicing of the wooden floor can never meet the requirements of anti-seepage

Therefore, if there is a mop bucket overturning accident, water will easily seep into the lower part of the floor along the joints, and will not be able to discharge itself for a long time, making the floor look like it has been soaked in water for a long time, which will seriously affect the properties of the floor

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