Novel bamboo wood mildew-resistant anticorrosive equipment

Abstract

The invention discloses novel bamboo wood mildew-resistant anticorrosive equipment, which comprises a pedestal. Two ends of the top of the pedestal are both provided with a fixed block. A switching cylinder penetrates through the top of lateral sides of the two fixed blocks. A valve is arranged at the bottom of a sleeve and between the two fixed blocks. The top of the switching cylinder penetratesthrough a tank. Hairbrush is arranged inside the tank and at symmetrical sides of the switching cylinder. A liquid cylinder is arranged between the tank and the hairbrush. An air valve is arranged atboth lateral sides of the switching cylinder and at the bottom of the hairbrush. The top of the tank is provided with a pressurizer. Externally connected bamboo wood penetrates through the top of thepressurizer, and the bamboo wood matches the hairbrush. Tops of two sides of the bamboo wood are provided with blocks, lateral sides of which are provided with a cylinder. Two sides of the cylinder are provided with gas bars. The invention has the following beneficial effect: the invention provides a bamboo wood mildew-resistant anticorrosive technology with stable quality and more excellent mildew-resistant anticorrosive effects.

Description

technical field [0001] The invention relates to the technical field of anti-mildew and anti-corrosion technology, in particular to a novel anti-mold and anti-corrosion equipment for bamboo. Background technique [0002] Existing bamboo anticorrosion process usually includes primary vacuum treatment; sucking out the gas in the material, pressurized treatment; infiltrating the antiseptic solution into the inside of the material, secondary vacuum treatment; removing excess antiseptic solution on the surface of the material, and drying treatment; wherein there are the following Problem: In the initial vacuum treatment step, the materials soaked in the lower part of the antiseptic solution and the materials soaked in the upper part of the antiseptic solution are affected by the high pressure of different levels of the antiseptic solution, and the internal air is not easy to discharge. In the step of pressurization, due to the same The reason is that more materials located in the ...

AI Technical Summary

Problems solved by technology

[0002] Existing bamboo anticorrosion process usually includes primary vacuum treatment; sucking out the gas in the material, pressurized treatment; infiltrating the antiseptic solution into the inside of the material, secondary vacuum treatment; removing excess antiseptic solution on the surface of the material, and drying treatment; wherein there are the following Problem: In the initial vacuum treatment step, the materials soaked in the lower part of the antiseptic solution and the materials soaked in the upper part of the antiseptic solution are affected by the high pressure of different levels of the antiseptic solution, and the internal air is not easy to discharge. In the step of pressurization, due to the same The reason is that more materials located in the lower part of the antiseptic solution will be pressed into the antiseptic solution, and the penetration effect of the antiseptic solution will be better; the above two problems will lead to unstable and uneven quality of the antiseptic bamboo.

Images