In electronic manufacturing, semiconductor, new energy battery and precision instrument workshops, static electricity will damage precision products, interfere with equipment operation and cause potential safety hazards. Laying high-quality anti-static flooring with standardized construction technology is the key to industrial safety production. Unstandardized construction is the main cause of poor anti-static effect and short service life of factory flooring.

   The first and most important construction step is base surface treatment. Workers need to completely clean dust, oil and sundries, repair cracks and uneven ground to ensure the floor is solid, flat and dry with qualified water content and flatness, which is the foundation of stable paving and conductive performance.

   The second core step is snapping lines and laying copper foil. Conductive copper foil is laid in a standard 1m×1m grid with overlapping cross connections and reserved grounding terminals, building a complete static conduction network to avoid static accumulation.

   After laying the conductive system, apply special conductive glue evenly. When the glue is dry, paventegral anti-static PVC flooring in order. Adopt hot-air seamless welding for large areas to ensure overall conductivity and cleanliness. Deal with edge and equipment base details to prevent emptying and warping.

   Professional resistance testing is required after the floor is fully cured to ensure the surface resistance meets the national standard range.DaJuLong PVC flooring adopts integral conductive technology. Different from ordinary surface-sprayed anti-static flooring, its conductive performance remains stable after long-term wear, with excellent oil resistance and corrosion resistance, suitable for complex industrial