Epoxy anti-static flooring is a crucial solution for electronic production facilities such as computer manufacturing plants, battery assembly lines, and telephone exchange centers. These environments require high precision, strict cleanliness, and resistance to chemical spills. Traditional flooring materials often fail to meet these requirements, making epoxy floors an ideal choice. Epoxy flooring offers a smooth, flat surface that is chemically resistant and can be specially formulated to provide anti-static properties, meeting the diverse needs of manufacturers in sensitive industries.
The anti-static epoxy floor is not only cost-effective but also highly practical, making it a popular choice for industrial applications. Its durability varies depending on thickness: 1mm thick floors last up to 5 years, 2mm lasts around 8 years, and 3mm or more can last over 10 years, ensuring long-term value.
This type of flooring is widely used in precision electronics, telecommunications, optoelectronics, computer manufacturing, circuit board production, cleanrooms, and server rooms. It effectively eliminates and prevents the generation of static electricity and electromagnetic waves, reducing the risk of electrostatic discharge, electromagnetic interference, and potential damage to sensitive equipment.
Key features include strong anti-static performance, high dust resistance, resistance to general acids and alkalis, and excellent load-bearing capacity. These characteristics make it ideal for maintaining a controlled and safe environment in critical industrial settings.
The installation process involves several key steps. First, waterproofing is applied to the ground, especially for basements or first-floor areas. Next, the surface is prepared by degreasing, removing wax, repairing imperfections, grinding, and cleaning thoroughly. An anti-static primer is then applied, either by mixing or brushing. Copper foil is laid in a grid pattern with grounding points included. After that, anti-static coatings are applied in one or multiple layers. A second layer of anti-static material is added to fully cover the copper foil. Finally, self-leveling anti-static paint is applied using a roller or trowel. Once completed, the floor requires 24 hours of curing and should not be subjected to heavy loads for at least 72 hours.
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