Professional matches depend on field consistency. Traditional infill systems can experience infill displacement, uneven compaction, and localized hardening, especially in high-traffic zones. These changes may affect traction, bounce, roll, and athlete movement. Vivaturf’s non-infill system reduces this variability by relying on the turf’s own engineered structure instead of loose materials. With consistent fiber density, controlled…

Professional events require a surface that can support high-speed running, sudden stops, directional changes, passing, shooting, and repeated impact. Vivaturf non-infill turf is built around a three-layer performance structure: micro-level fiber coordination, macro-level shock absorption, and an infill-free clean surface. At the fiber layer, Vivaturf uses a 7:3 straight-and-curled fiber matrix. Approximately 70% high-modulus straight fibers create…

As professional sports events continue to evolve, venue operators are placing greater emphasis on surface consistency, athlete health, indoor air quality, long-term stability, and operational efficiency. Conventional infill turf systems have supported sports fields for many years, but they can also present challenges such as infill migration, surface hardening, dust, odor in enclosed venues, and…

Vivaturf has become a recognized name in the global non-infill turf sector, especially in markets where sports performance, environmental responsibility, and long-term maintenance efficiency are major selection factors. In Europe and North America, the demand for cleaner, lower-maintenance, and more sustainable synthetic turf systems has encouraged many field owners to evaluate non-infill alternatives. Vivaturf’s advantage…

The natural-grass-like touch of a non-infill system depends not only on the initial product design, but also on long-term stability. Vivaturf supports this through four structural controls: First, the surface does not rely on loose infill, so there is no infill migration, compaction, or uneven particle buildup. Second, the straight-and-curled fiber system helps maintain vertical…

Natural grass gets part of its rebound behavior from the soil layer beneath the grass blades. A good natural field provides controlled compression and rebound, rather than a hard or hollow response. Vivaturf uses a closed-cell PE shockpad system with a closed-cell ratio of ≥98%. The cell size and distribution are engineered to provide uniform cushioning across the…

Natural grass provides a relatively even playing surface formed by dense, upright grass blades. This is one of the main reasons the ball can roll with predictable speed and direction. Traditional infill turf depends on sand or rubber granules to support the fibers. Over time, those particles may shift, compact, or form uneven zones. When…