Anti-corrosion and anti-static floor engineering
1. Overview. Anti-corrosion and anti-static floor engineering is an indispensable and important part of modern industrial production, which is mainly used for ground treatment in places that are prone to corrosion and static electricity, so as to improve the durability and safety of the ground. Anticorrosive flooring can effectively resist the erosion of chemicals, oil stains, water and other substances, and prevent rust and peeling on the ground; Anti-static flooring can effectively release and guide away static electricity to prevent potential safety hazards caused by static electricity accumulation. This article will introduce in detail the construction technology and precautions of anti-corrosion and anti-static floor engineering.
Second, the construction process.
1.Ground treatment.
Before construction, it is necessary to carry out a comprehensive inspection and treatment of the ground, including the flatness, strength, moisture content and other indicators of the ground. If there are uneven places, they need to be filled or sanded to ensure the flatness of the ground. For contaminants such as oil stains and water stains, they need to be cleaned and treated to ensure that the ground is clean and dry.
2.Primer coating.
After the ground is treated, the primer coat needs to be applied. The role of the primer is to seal the capillary pores of the ground, enhance the adhesion of the floor, and at the same time can also play a role in anti-corrosion and moisture-proof. When the primer is painted, it is necessary to ensure that it is evenly painted, and there must be no omission or accumulation, and it needs to be dried after the painting is completed.
3.Intermediate coating mortar layer construction.
The function of the secondary coating mortar layer is to increase the thickness of the floor, improve the compressive strength and wear resistance of the floor. During the construction of the intermediate coating mortar layer, it is necessary to mix the mortar materials according to the proportion and apply the scraping according to the specified thickness. Before the initial setting of the mortar layer, the surface can be scraped with a scraper to ensure the flatness of the mortar layer.
4.Topcoat coating.
The function of the topcoat is to improve the decoration and functionality of the floor, so that the floor has a better aesthetic and use experience. When applying the topcoat, it is necessary to choose the appropriate color and coating method to ensure the aesthetics and uniformity of the coating effect. At the same time, it is necessary to pay attention to the wear resistance and anti-pollution of the topcoat to ensure the long-term use of the floor.
5.Anti-static layer construction.
The function of the anti-static layer is to guide and release static electricity to prevent potential safety hazards caused by static electricity accumulation. During the construction of the anti-static layer, it is necessary to choose the appropriate anti-static material and coating method to ensure the effectiveness and durability of the anti-static effect. At the same time, it is necessary to pay attention to the grounding treatment of the anti-static layer to ensure that the static electricity can be introduced into the ground in time.
3. Precautions.
1.Before construction, the ground needs to be treated to ensure the flatness and cleanliness of the ground;
2.When the primer and secondary coating mortar layer are constructed, the materials need to be mixed according to the proportion, and the coating and scraping should be carried out according to the specified thickness;
3.When applying the topcoat and anti-static layer, it is necessary to choose the appropriate color and coating method to ensure the aesthetics and uniformity of the coating effect;
4.After the construction is completed, it needs to be cured to ensure the long-term use of the floor;
5.For places with special requirements, it is necessary to choose the appropriate anti-corrosion and anti-static floor materials and construction technology.