Floor treatment process with fine wire drawing effect

Abstract

The invention discloses a floor treatment process with fine wire drawing effect. The floor treatment process comprises the following steps that a softening agent is coated on the surface of a floor through a coating roller, the coating amount of the softening agent is 15-20g / m<2>, then the floor is dried under the 70-80 DEG C environment, the drying time is 15-20 seconds, and the surface of the floor is subjected to wire drawing by a wire drawing roller to obtain a finished floor. The floor treatment process has the characteristics of good wire drawing effect, high wire drawing efficiency andlow wire drawing cost.

Description

technical field [0001] The invention relates to a floor drawing process, in particular to a floor treatment process with a delicate drawing effect. Background technique [0002] Wood formed early in the growing season is called earlywood, which is loose and soft, while wood formed later in the growing season is called latewood, which is harder. The wire drawing process is to repeatedly rub the surface of the floor with steel wires such as wire drawing rollers, so that the early wood part on the floor is brushed off by the steel wire, and the late wood part is retained to form striped textures of uneven thickness, thereby improving the floor surface. The aesthetics and feel of the surface. However, due to the conventional wire drawing process, steel wires are generally used to directly draw wires on the floor, resulting in roughening of the floor surface after wire drawing, thereby reducing the effect and texture of the wire drawing texture. In addition, the diameter of the...

AI Technical Summary

Problems solved by technology

However, due to the conventional wire drawing process, steel wires are generally used to directly draw wires on the floor, resulting in roughening of the floor surface after wire drawing, thereby reducing the effect and texture of the wire drawing texture

In addition, the diameter of the steel wire used in conventional flooring is 0.1 to 0.5 mm, while the steel wire of 0.1 to 0.2 mm needs to use multiple wire drawing rollers to achieve the wire drawing size required by the manufacturer through multiple wire drawing. The drawing cost of the floor reduces its drawing efficiency; as a result, current manufacturers generally use 0.3 or 0.5mm steel wires for drawing. This drawing method will reduce the drawing accuracy and texture of the floor, and cannot meet the needs of users.

Therefore, the existing wire drawing method for the floor has the problems of poor wire drawing effect, low wire drawing efficiency and high wire drawing cost