Production process of super-stable solid wood floor

Abstract

The invention discloses a production process of a super-stable solid wood floor. The production process comprises following steps that a floor blank and wax are jointly put into a heating cavity, theheating cavity is in the closed state, air in the heating cavity is pulled away, the heating cavity is in the vacuum state, the floor blank and the wax in the heating cavity are subjected to temperature rise to 100 to 120 DEG C while air exhaust is carried out, after the floor blank is taken out, the floor blank is subjected to standing to be in the normal temperature state, under the natural state, standing is carried out for 15 to 20 days, the floor blank is subjected to sanding thickness fixing, grooving and surface oil or paint coating in sequence, and the finished floor is obtained. The non-deformability, corrosion resistance, and worm eaten preventing effect of the solid wood floor can be obviously improved, and the service life is prolonged.

Description

technical field [0001] The invention relates to a production process of solid wood floor, in particular to a production process of ultra-stable solid wood floor. Background technique [0002] With the improvement of people's living standards, solid wood flooring is widely used as a high-end floor decoration material in different occasions and environments such as homes, hotels or assembly halls due to its advantages of comfortable foot feel, safe use and closeness to nature. However, since the solid wood floor will be affected by the external environment during the long-term use, its own moisture content will change, resulting in the overall deformation or warpage of the solid wood floor, which seriously affects the working stability and service life of the solid wood floor. In order to deal with this problem, the current manufacturers generally use the sealing wax or painting process on the floor surface to slow down the change of moisture content caused by the mutual conta...

AI Technical Summary

Problems solved by technology

Although these countermeasures can alleviate the moisture content change or deformation of the floor during use, the solid wood floor cannot be completely isolated from the external environment after the above-mentioned process, resulting in it will still be affected by the moisture content as the working time continues to prolong. Changes in the form of certain warping and deformation phenomenon, work stability can not meet the requirements of users

And because the conventional paint or sealing wax process is easy to be worn by external influences during use, thereby reducing the corrosion resistance and insect-proof effect of the solid wood floor after long-term use, further reducing the scope of application and mission life of the solid wood floor

[0003] In addition, with the increase of the size and thickness of the solid wood floor, the deformation effect of the processing technology and the external environment on the solid wood floor will continue to increase, resulting in the current length of 2-6 meters, width of 20-30 cm, and thickness of 2-6 meters. The 3 cm ultra-long and wide floor is easily deformed by external influences during processing or use, resulting in difficulty in processing and greatly reducing the service life of the ultra-long and wide floor, which cannot meet normal use standards

Therefore, the existing solid wood floor has the problems of low deformation resistance, poor corrosion resistance, poor anti-moth effect and short service life.