Processing technique of noctilucent glazing floors

Abstract

The invention belongs to the field of floor processing, in particular to a processing technique of noctilucent glazing floors. The processing technique is good in decoration and comprises the following steps of (1) processing a floor slab; (2) coating noctilucent primer on the floor slab processed in the step (1) to obtain a first floor slab; (3) coating elastic primer, wear-resisting primer and hardening primer on the first floor slab processed in the step (2) to obtain a second floor slab; and (4) coating glazing paint on the second floor slab processed in the step (3) to obtain the noctilucent glazing floors. The glazing paint is coated outside the noctilucent primer of the processed floors to enable the floors to give out full and soft light at night, simultaneously friction losses or oxidation of the noctilucent primer can be well avoided, weather resistance of the noctilucent primer is strengthened, and lighting service life of the noctilucent primer is prolonged. The glazing paint is applied to the surface of the floors, glossiness, abrasive resistance and fire resistance of the floors are strengthened, flame retardant efficiency of the floors is good, strength is high, and deformation caused by external temperature and humidity is not easy to cause.

Description

technical field [0001] The invention belongs to the field of floor processing, and in particular relates to a process for processing luminous glazed floors with better decorative properties. Background technique [0002] At present, the floors sold on the market are generally decorated with wooden textures on the surface, and the decorative effect is relatively simple. In order to improve the decorativeness of the floors, some existing manufacturers add luminous components to the floor coatings. For example, the application publication number is "CN 102011479 A "Treatment process for coating luminous materials on wooden floors", including groove-and-groove processing on the formed floor; polishing on the end surface of the floor, and sandblasting on the polished end surface; evenly coating the white bottom layer on the end surface of the floor , drying and curing the white bottom layer; sanding the white bottom layer on the end surface of the floor by using a sander or manua...

AI Technical Summary

Problems solved by technology

Because ordinary luminous powder has certain radioactivity, it is not suitable for general application in the living environment, so it cannot be used in a large area. At the same time, because the luminous material is coated on the surface of the floor, its crystal structure will be destroyed due to long-term external collision or friction, and its luminous efficiency will be lost.

The actual application effect is poor, the luminous area is uneven, and it is prone to partial or complete non-luminous phenomenon. The surface of the floor will also appear stains due to the oxidation of the luminous powder, which will affect the appearance of the floor.

Due to poor practicability, we have never seen luminous flooring in actual production or life. We can only stay in theory and cannot be used in actual mass production and generally used in the living environment.