Non-infill artificial turf can provide stable traction in both dry and wet conditions when the turf, drainage system and base are properly designed. Unlike smooth hard surfaces, artificial turf has thousands of synthetic fibers that create multiple small contact points with footwear. At the same time, a properly perforated backing and well-designed base allow rainwater to drain away rather than remaining as a continuous surface film.
However, non-infill artificial turf should not be described as “completely slip-proof.” Wet traction depends on the yarn structure, tuft density, drainage capacity, surface contamination, slope and the condition of the underlying system.
For sports facilities and other regulated applications, the applicable standard and actual test results should take priority over general claims about slip resistance.
Quick Reference: Slip Resistance Under Different Conditions
| Condition | Expected Performance | Main Factors |
|---|---|---|
| Dry weather | Generally stable traction | Yarn structure, density and surface condition |
| Light rain | Usually maintains reasonable traction | Rapid drainage and fiber-to-shoe contact |
| Prolonged rain | Requires attention | Drainage capacity and potential ponding |
| Standing water | Slip risk can increase | Water accumulation and contamination |
| Slopes / steps | Requires additional design | Gradient, wet traction and installation |
| Sports facilities | Test according to applicable standards | Complete surface system and project requirements |
| Permanently damp/shaded areas | Requires regular maintenance | Moss, algae and organic contamination |
The actual result depends on the specific turf system rather than the term “non-infill” alone.
Leave a Reply