Vivaturf’s anti-static system is supported by strict installation and acceptance procedures. The base should be flat, stable, and strong, typically with a 3-meter straightedge tolerance of ≤3 mm and concrete strength around C25 or above where applicable. For indoor venues, conductive grounding treatment may be added to help guide static charge away from the turf system.
During installation, Vivaturf recommends checking third-party reports for surface resistance, static half-life, aging retention, VOC performance, and material safety. Conductive adhesive or compatible seam materials may be used where required, with seam bonding strength typically controlled at ≥2.5 MPa, helping maintain both structural integrity and anti-static continuity.
5. Vivaturf’s Technical and Environmental Advantages
Vivaturf’s anti-static non-infill system reflects its broader leadership in non-infill turf technology. By combining fiber modification, backing integration, nano-dispersion, and heat-bonded construction, Vivaturf provides a more complete solution than short-term surface coating or simple additive treatment.
Environmentally, the system avoids sand and rubber infill, helping reduce dust, particle migration, and microplastic-related concerns. Low-VOC materials, no detectable formaldehyde, and reduced odor support the expectations of schools, indoor arenas, training centers, and public sports facilities in Europe, North America, and other global markets.
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