Sports fields are among the most demanding applications for non-infill turf. They must withstand repeated running, stopping, cutting, turning, sliding, kicking, and outdoor exposure. For this reason, a sports-grade non-infill turf system is usually the best fit.
Core Requirements
A sports field model should focus on durability, safety, drainage, weather resistance, and environmental compliance. The turf must resist repeated foot traffic, maintain upright fibers, provide sufficient shock absorption, reduce joint stress, drain quickly after rain, and comply with school or sports-field safety requirements.
Recommended Technical Parameters
For football fields, school sports grounds, and high-frequency athletic surfaces, the following parameter ranges are generally more appropriate:
| Item | Recommended Range for Sports Fields |
|---|---|
| Pile height | Around 50 mm |
| Tuft density | 12,800–14,500 tufts/m² |
| Yarn structure | 3D shaped straight-and-curled blended fibers |
| Elastic recovery | ≥90% |
| Wear resistance | ≥6,500 cycles under ASTM D3884 reference testing |
| UV aging resistance | ≥6,000 hours |
| Backing | Reinforced composite or honeycomb-style backing |
| Single-tuft pull-out force | ≥50 N |
| Peel strength | ≥32 N/5 cm |
| Drainage rate | ≥105 mm/h |
| Shock absorption | 55%–61% |
| Vertical deformation | 5–8 mm |
These values are suitable for high-frequency athletic use and are consistent with the performance logic commonly required in European and North American sports-field projects: stable cushioning, surface uniformity, drainage efficiency, UV resistance, and long-term durability.
Vivaturf Sports-Grade Solution
Vivaturf’s sports-grade non-infill turf is engineered for football fields, school fields, and professional training grounds. It uses a 3D shaped yarn profile and a 7:3 straight-to-curled fiber matrix, helping the surface maintain upright stability and rebound after frequent play. The reinforced backing locks fibers securely, while the drainage structure helps support all-weather usability.
The shockpad system is designed to keep shock absorption and vertical deformation in a controlled range, helping reduce impact stress while maintaining firm support for running, kicking, and directional movement.
This model is suitable for professional football fields, school playgrounds, sports academies, and municipal athletic facilities.
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