Technology for making water-proof wood floor

Abstract

A water-proof wooden floor is made up through steaming, baking, planing, slotting, painting and installation. It features that its painting step includes scraping the slotted wooden floor block except its surface with polyester putty, transparent putty or paint with sealing effect by one or two passes; after grinding, painting the said wooden floor block except its surface by 2 to 10 passes clearing off the surplus paint on the floor surface, and grinding the floor surface; and coating the floor surface with paint by 2 to 10 passes, and before each paint pass and after the previous paint being fully dried, grinding the floor surface. Its advantages are greatly reduced shrinkage, expansion, cracking and deforming, high water proof effect and long service life.

Description

technical field [0001] The invention relates to a solid wood floor, in particular to a method for making a waterproof natural solid wood floor. Background technique [0002] Because natural solid wood flooring is warm in winter and cool in summer, it can automatically adjust the air temperature, making people feel like returning to nature, which is beneficial to people's physical and mental health, and has become more and more popular among consumers. In the existing wood industry, the processing process of solid wood flooring is: the trees cut down from the mountain are sawed into square materials, planed, grooved and painted after simple cooking and drying to obtain finished products. Although this processing method is fast in workmanship and low in cost, it looks beautiful. However, there are common problems such as easy shrinkage, swelling, deformation, cracking, discoloration, and mildew that make consumers headaches, and this problem is more prominent in areas with hi...

AI Technical Summary

Problems solved by technology

However, there are common problems such as easy shrinkage, swelling, deformation, cracking, discoloration, mold, etc., which make consumers headaches, and this problem is more prominent in areas with high humidity or relatively dry areas

The fundamental reason is that there are the following process defects: 1. The degree of cooking is not well grasped, either not in place, or too much, resulting in incomplete detachment from the resin

2. The dry humidity in the drying process is imprecise and uneven

3. The workmanship is rough, and the painted floor cannot meet the sealing requirements

It not only wastes a lot of high-quality natural resources, but also causes a lot of waste of other human, financial, material and other resources.