The PRO-MAX Series is an elite-tier 50mm sports artificial grass system engineered for municipal venues, commercial football academies, and high-traffic school pitch turf applications requiring over 40 hours of rigorous weekly competition.
Key Technical Badges:
| Engineering Metric | Specification Value | Testing / Compliance Note |
|---|---|---|
| Product Code | UNI-SPORT-PROMAX-50 | Professional Football / Multi-sport Grade |
| Pile Height | 50 mm (Customizable 40mm – 60mm) | Standard competition height |
| Yarn Structure | Extruded Monofilament with Reinforced Spine | Low-abrasion Virgin Polyethylene (PE) |
| Yarn Dtex | 13,000 Dtex | Maximum wear index for heavy traffic |
| Gauge | 5/8 inch | Optimal infill stabilization spacing |
| Stitch Rate | 165 stitches / meter | Uniform density across the pitch |
| Tuft Density | 10,395 tufts / m² | Balanced foot support & cleat penetration |
| Primary Backing | UV-resistant PP Woven + Non-woven Fleece | Prevents longitudinal elongation |
| Secondary Coating | Reinforced Polyurethane (PU) Coating | >50N Tuft lock; 100% moisture-proof |
| Water Drainage | Perforated drainage holes (> 65 L/min/m²) | Rapid stormwater clearance |
| Color Spectrum | Bi-color Field Green & Lime Green | Non-reflective, natural broadcast finish |
| Expected Lifespan | 5 – 10 Years | Backed by manufacturer performance warranty |
Certified Durability for Municipal Stadiums, Training Centers & Commercial Clubs
Engineered to withstand 40+ hours of intense play per week, the PRO-MAX series combines ultra-durable reinforced monofilament fibers with high-strength PU bonding to provide elite-level ball roll, traction, and shock safety.
To ensure the PRO-MAX system achieves optimal force reduction (45%–55%) and ball interaction, the following layering schedule is recommended:
Silica Sand Layer: Ballasts the turf carpet, holds the root of the fibers vertical, and maintains field dimensional stability during temperature fluctuations.
Performance Infill Granules: Regulates player foot rotation, minimizes joint impact shock, and eliminates skin burn risks during sliding tackles.
Shock-Pad Integration (Optional): Can be coupled with an 8mm–10mm cross-linked PE foam pad to meet Tier-1 tournament force reduction criteria without over-packing heavy sand.

We support contractors, project tenders, and distributors with full customization options to reduce on-site labor and joint taping costs:
Roll Dimensions: Standard 2.0m or 4.0m roll width. Roll length custom-cut according to your specific field CAD layout (up to 70m length) to reduce transverse seam cutting on site.
Container Loading Estimates:
20’ GP Container: Approx. 2,200 – 2,500 m²
40’ HQ Container: Approx. 4,800 – 5,200 m² (turf only, infill excluded)
Minimum Order Quantity (MOQ): 500 m² per specification run.
Production Lead Time: 7–12 business days depending on volume.
Pre-marked Lines: Inlaid white line tufting available upon request to reduce installation time.
Traditional pitch fibers split and lay flat under continuous foot traffic. PRO-MAX utilizes an engineered diamond spine monofilament with 16,000 Dtex density, ensuring upright yarn memory, authentic ball roll (4–8m), and consistent shock response for modern competitive play.
Built as a superior heavy-duty PU backing sports grass, PRO-MAX replaces brittle SBR latex with solvent-free Polyurethane. Delivering a remarkable tuft withdrawal force (>50N), it eliminates fiber shedding, prevents mold rot in heavy-rain regions, and resists thermal contraction during freezing winters.
As a certified Lisport 25000 cycles tested grass, this turf retains over 85% of its original pile structure after simulated multi-year professional match conditions, making it an ideal long-term investment for tournament operators and contractors.
Yes. When installed over an engineered base and paired with the specified silica sand and elastomeric infill ratio, the PRO-MAX system is engineered to meet the ball roll, ball rebound, shock absorption, and rotational resistance metrics defined by FIFA Quality test guidelines.
Polyurethane (PU) backing provides significantly higher tuft-lock strength (>50N vs. ~30N for standard latex) and is completely immune to hydrolytic degradation. In humid regions, waterlogged fields, or winter freezing zones, latex can deteriorate and crumble over time, whereas PU maintains its structural elasticity throughout the entire 8–10 year product lifecycle.
For standard football fields, we recommend an infill depth of 30mm to 35mm total (roughly 20–25 kg/m² of quartz silica sand topped with 5–7 kg/m² of rubber granules). This leaves 15mm to 20mm of free fiber exposed to ensure ideal ball control and shoe cleat traction.
Yes. We provide complete container consolidation containing seam joining tape, two-part polyurethane adhesive, line marking turf, and shock pad underlayments to minimize logistical overhead for foreign contractors.
We use cookies to collect information about how you use this site. We use this information to make the website work as well as possible and improve our services.