How Vivaturf’s Advanced Design Protects Athletes and Children
In modern sports facilities, safety is just as important as performance. Vivaturf Non Infill Artificial Grass has been engineered to significantly reduce sports-related injuries by optimizing surface design, shock absorption, and material safety. Whether it’s a sudden stop, a quick pivot, or an unexpected fall, Vivaturf’s turf system offers superior joint protection and skin abrasion prevention—making it an ideal choice for athletes, schools, and recreational spaces alike.
1. The Core Principles Behind Injury Reduction
No Infill Granules – Eliminating Hidden Risks
Traditional infill turf relies on rubber granules (EPDM) or silica sand for support, but these materials can create safety hazards:
Over time, granules can harden or clump, reducing shock absorption and increasing joint impact.
Loose particles may enter the eyes, nose, or mouth, or embed in wounds, leading to discomfort or infection.
In high heat, rubber granules can release harmful substances, posing long-term health risks.
Vivaturf’s non infill system removes this risk entirely. Shock absorption is achieved through dense, resilient turf fibers and a built-in cushioning layer—delivering safety without loose particles. This is especially beneficial for children and other sensitive groups.
2. Coordinated Fiber & Backing Protection
Vivaturf Non Infill Grass uses a three-layer safety structure:
Surface Layer – Dual Fiber System:
“Straight + curled” fibers provide both stability and grip. Straight fibers support foot placement, while curled fibers (≥90% curl) improve elasticity and prevent slipping during sudden stops—reducing ankle sprain risks. With a fiber diameter of 0.10–0.15 mm, the surface feels soft to the skin, lowering the chance of abrasions during falls.Middle Shock-Absorbing Layer:
Made from 5 mm foamed PP material with a shock absorption rate of 60–70% (international safety standard: ≥50%), effectively dispersing impact forces on knees, elbows, and hips.Base Backing Layer:
PU adhesive combined with a fiberglass mesh achieves tensile strength ≥30 N/cm, preventing surface deformation and maintaining ground stability—reducing injuries from tripping or uneven footing.
3. Key Performance Metrics & Their Link to Injury Prevention
| Performance Metric | Vivaturf Non Infill | International Standard | Impact on Safety |
|---|---|---|---|
| Shock Absorption | 65% | ≥50% | Reduces joint impact, lowering bone bruising & ligament strain risks |
| Vertical Deformation | 6–8 mm | 2–10 mm | Balanced cushioning & support, preventing plantar fasciitis |
| Fiber Wear Resistance | ≥50,000 cycles | ≥30,000 cycles | Prevents fiber breakage and sharp ends that could scratch skin |
| Friction Coefficient | 0.6–0.8 | 0.5–1.0 | Ensures stable footing without excessive grip, minimizing rotational knee injuries |
4. Real-World Injury Reduction Data
Football Field Case Study – A provincial sports academy compared injury data between Vivaturf Non Infill and traditional infill turf under equal usage conditions:
Vivaturf: Skin abrasions reduced by 62%, ankle/knee sprains reduced by 45%, zero infections from particles.
Traditional infill: 38% of knee injuries linked to hardened infill granules, 12% of minor infections caused by granules embedded in wounds.
Kindergarten Playground Case – A kindergarten using Vivaturf saw skin abrasion incidents drop by 78% compared to regular rubber flooring, with no cases of accidental particle ingestion or inhalation.
5.A Safer Playing Surface for All
By combining a granule-free design with scientifically engineered multi-layer protection, Vivaturf Non Infill Grass offers exceptional safety benefits—reducing abrasions, joint injuries, and indirect infection risks. Through advanced material engineering and structural innovation, Vivaturf has proven its ability to meet and exceed international safety standards.
For professional sports venues, school playgrounds, and children’s activity zones, Vivaturf is more than just turf—it’s a long-term investment in safety, performance, and peace of mind.