Instead of focusing on a single number, buyers should evaluate a group of technical parameters.
| Parameter | What to Look For | Why It Matters |
|---|---|---|
| Fiber profile | Engineered S, C, diamond, or other reinforced geometry | Improves bending resistance |
| Fiber material | Suitable PE/PE-based or engineered polymer formulation | Influences resilience and durability |
| Dtex | Matched to application | Relates to yarn weight and fiber structure |
| Tuft density | Balanced with grass height and fiber profile | Supports surface stability |
| Recovery performance | Independent compression/recovery data | Indicates resilience |
| Tuft withdrawal force | Verified laboratory result | Indicates anchoring strength |
| UV resistance | Accelerated aging test | Supports long-term outdoor performance |
| Drainage | Tested water permeability | Helps prevent moisture-related deterioration |
| Backing | Stable reinforced construction | Supports fiber anchoring |
The best specification is not necessarily the one with the highest density, highest Dtex, or highest pull-out force. It is the one where the different parameters work together for the intended application.
What If Non-Infill Artificial Turf Has Already Flattened?
The answer depends on whether the deformation is temporary or permanent.
Temporary Flattening
If fibers are simply compressed by furniture, foot traffic, or short-term use, they may recover after:
- Removing the pressure source
- Allowing the turf to rest
- Brushing the fibers in the opposite direction
Permanent Flattening
If fibers have developed permanent plastic deformation because of prolonged compression, excessive heat, material aging, or structural fatigue, brushing may not fully restore the original appearance.
In such cases, preventive maintenance is usually more effective than attempting to repair severely flattened fibers later.
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