Method for spraying surface of fast-installing partition plate

Abstract

A method for spraying the surface of a fast-installing partition plate is characterized in that the fast-installing partition plate includes a sheet material, the sheet material is manufactured while media are added on or coat the surface of the sheet material, and the media are metallic mineral substances which include iron powder, copper powder, aluminum powder and lead powder; the metallic mineral substances are added into a surface material of the sheet material or added into chemical adhesive, and then the sheet material is placed into an automatic walking furnace for baking after the surface material or the chemical adhesive are evenly sprayed onto the surface of the sheet material through electrostatic metal powder spraying equipment; the temperature in the automatic walking furnace is 180-220 DEG C, the baking time is 30-50 minutes, and the sheet material is ventilated for 1-3 hours after being out of the furnace; the components of the metallic mineral substances can be infinitely adjusted according to the requirements of the surface of the sheet material, and the various metallic mineral substances can be blended with graphite for use. The method for spraying the surface of the fast-installing partition plate has the advantages that the defects that the surface of the sheet material is rough, and the color of the sheet material is not uniform are overcome, cost is low, operation is easy, fireproof performance and waterproof performance are strong, no formaldehyde is achieved, a finished sheet material is easier to assemble, and time and labor are saved.

Description

technical field [0001] The invention relates to the technical field of a method for spraying the surface of a plate, in particular to a method for spraying the surface of a quick-installed partition. Background technique [0002] The boards commonly used in the building decoration industry are divided into traditional gypsum boards and magnesite boards commonly used now. Traditional gypsum boards are large in size, occupy a large area, and are easily damaged. Therefore, it is extremely inconvenient for logistics transportation, storage and handling. The installation of gypsum board requires the cooperation of professionals. The construction period of the decoration project using traditional gypsum board is long. Because of the various constructions, it is necessary to leave the site after the construction, and the caulking plaster is polished, and there are cross operations and repeated construction. During the construction Dust pollution is serious during the process, and t...

AI Technical Summary

Problems solved by technology

[0002] The boards commonly used in the building decoration industry are divided into traditional gypsum boards and magnesite boards commonly used now. Traditional gypsum boards are large in size, occupy a large area, and are easily damaged. Therefore, it is extremely inconvenient for logistics transportation, storage and handling. The installation of gypsum board requires the cooperation of professionals. The construction period of the decoration project using traditional gypsum board is long. Because of the various constructions, it is necessary to leave the site after the construction, and the caulking plaster is polished, and there are cross operations and repeated construction. During the construction Dust pollution is serious during the process, and the water resistance and fire resistance of gypsum boards are poor. Most of the surface materials are latex paints and paints containing harmful volatile substances such as formaldehyde and benzene to varying degrees; It has strong fire resistance and water resistance. It is an environmentally friendly board. It is widely used in civil, commercial buildings, public buildings, urban facilities, ship bulkheads and other fields. It is used for interior wall panels, exterior wall panels, outdoor bionic wood, Traffic guardrails, floor tiles, roof tiles, handicrafts, etc.;