| Parameter | DW50 (Elasticity) | DS50 (Toughness) |
| Fiber Shape | W-Shape + Diamond | Single Spine / Ridge |
| Primary Trait | Shape Recovery (90%+) | Tear Resistance (40% stronger) |
| Weight per m² | 1.64 kg | 2.51 kg |
| Surface Feel | Soft, “Springy” | Firm, “Solid” |
Which One Should You Select?
When to Choose DW50
Scenario 1: Professional Club Training Grounds
You want to replicate the “feel” of a Champions League natural grass pitch. DW50’s elasticity reduces muscle fatigue during repeated drills, allowing 20% longer training sessions before player exhaustion (internal sports science data).
Scenario 2: High-End Private Schools
Student safety is non-negotiable. The softer W-shape fibers reduce turf burn liability. Additionally, the non-toxic, flame-retardant XPU backing meets strict child safety standards (RoHS certified).
Scenario 3: Indoor Futsal or Multi-Sport Courts
When infill levels are lower, the DW50 W-shape structure helps maintain surface softness and reduces surface hardness commonly found in low-grade turf systems. It remains soft to the touch even with reduced rubber infill.
When to Choose DS50
Scenario 1: Municipal Public Stadiums
These venues see 40-60 hours of usage weekly—youth matches, adult leagues, community events, and concerts. The DS50’s toughness means you won’t see “bald patches” in high-traffic zones (center circle, goalmouths) after 6 months.
Scenario 2: University Football Fields
University athletic departments face extreme intensity: varsity practices, intramural games, and physical education classes. The tear-resistant reinforced mesh backing of DS50 prevents edge curling and seam separation—common failure points in cheaper football field artificial grass.
Scenario 3: Extreme Climate Regions
The single-spine structure of DS50 maintains its dimensional stability from -40°C (no brittleness) to +60°C (no softening). The drainage holes prevent freeze-thaw damage in cold climates, while UV-resistant additives prevent degradation in high-sun regions.

Leave a Reply