| Feature | Non-Infill Turf | Traditional Infill Turf |
|---|---|---|
| Rubber infill | Not required | Commonly used |
| Sand infill | Not required in many systems | May be used |
| Fibre support | Engineered fibre structure | Fibre + infill |
| Maintenance | Primarily brushing, cleaning and inspection | Brushing + infill management |
| Infill replenishment | Generally unnecessary | May be required |
| Infill migration | Potentially reduced | Requires management |
| End-of-life recycling | Can be advantageous with recyclable system design | More complex when materials are mixed |
| Professional application | Possible when the complete system meets requirements | Established technology |
| FIFA certification | Possible where applicable requirements are met | Established pathway |
| Environmental strategy | Potentially favourable | Depends strongly on infill and lifecycle management |
The key takeaway is that non-infill is not automatically better or worse. The appropriate solution depends on performance requirements, climate, usage intensity, maintenance resources, certification requirements, and lifecycle objectives.
What Should You Check Before Buying Non-Infill Football Turf?
If you are considering non-infill turf for a professional football project, do not evaluate the product only by grass height and density.
Ask the manufacturer for:
- Current FIFA certification or applicable test documentation
- Independent laboratory reports
- Ball roll and rebound results
- Shock absorption and deformation data
- Rotational traction data
- Mechanical wear/Lisport testing where applicable
- Yarn tensile and fibre resilience data
- Seam strength results
- Water permeability results
- UV/weathering data
- Shockpad specifications
- Base and drainage requirements
- Installation guidelines
- Maintenance programme
- Recycling or end-of-life documentation
This is particularly important because FIFA’s 2026 documentation continues to evolve testing methods and requirements for modern football turf systems.
Leave a Reply