Epoxy Anti-Static

Product Details

Epoxy anti-static self-leveling flooring is a high-performance flooring system specifically designed for static-sensitive environments. By incorporating conductive copper foil and special conductive materials, it forms a stable charge dissipation layer that rapidly and effectively eliminates static buildup during production, preventing electrostatic discharge (ESD) damage. Combining the exceptional properties of epoxy self-leveling flooring—ultimate flatness, seamless cleanliness, and resistance to wear and chemical corrosion—it is the ideal choice for industries demanding high anti-static and clean environments, including electronics, semiconductors, precision instruments, aerospace, pharmaceuticals, and defense.

Construction Steps

1. Substrate Preparation: Mechanically rough-grind the substrate to achieve a level surface. Remove loose particles, oil stains, and floating mortar. Repair cracks and pits to ensure the surface is dry and free of hollow areas.

2. Anti-static Primer: Apply via roller or trowel to enhance substrate adhesion and sealing, providing a robust bonding foundation for subsequent coatings;

3. Copper Foil Installation: Lay conductive copper foil in a grid pattern with horizontal and vertical spacing ≤3m (increase to 2m×2m in high-risk areas);

4. Anti-static intermediate coat: Applied by trowel or squeegee to enhance wear and impact resistance, fill substrate defects, and improve surface levelness;

5. Fine grinding and dust removal: Mechanically grind the intermediate coat to eliminate loose particles, sand residue, and imperfections, while smoothing scratches and unevenness to enhance floor flatness;

6. Anti-static skim coat: Applied by troweling to achieve precise leveling of the intermediate coat, effectively eliminating microscopic surface irregularities and sealing fine pores;

7. Self-leveling anti-static topcoat: Applied by troweling to form a dense protective layer with a three-dimensional cross-linked structure, ensuring the physical and chemical properties of the material system.