Where Communities Come to Play. Where Athletes Come to Perform.
Bringing Science to the Surface™, independently tested, NFL validated, trusted in 90+ countries.We exist to drive player safety and performance with independently tested artificial grass systems.
300+
FIFA Fields
90+
Countries
NFL
Validated Installations
ASTM
Certified Testing Standards
Give More.
Our values drive our business. Through the social impact of sports, global outreach, and world aid support, we can positively impact the communities where we live and work, and the planet we inhabit.
Bringing Science to the Surface™
We exist to drive player safety and performance. We use science and testing data in our technical approach to product design. We engineer our systems so they are safer, perform better, and last longer.
World’s Leading Artificial Grass Manufacturer
We have manufacturing supply in North America, Europe, and Asia to serve our customers on a truly global scale. Our synthetic turf is expertly manufactured using carefully selected raw materials, the most modern machinery, and strict quality controls.
Our Four Product Divisions
Sports
Landscape
Aviation
Landfill
Installs Worldwide
Countries
Highlighted Installations
Updates
Infill Weight and High School Football Injuries – Review of Meyers 2019
Executive SummaryMeyers (2019) examined the relationship between synthetic turf infill weight and injury rates in high school football players across multiple seasons. The study found that fields with higher infill weights, indicating denser, more compacted infill,...
NFL Lower Extremity Injury Rates on Synthetic Turf vs. Natural Grass – Review of Mack et al. 2019
Executive SummaryMack et al. (2019) examined lower extremity injury rates among NFL players on synthetic turf vs. natural grass over a ten-season period using data from the NFL Injury Surveillance System. The study found that non-contact lower extremity injuries —...
ACL Injury Risk on Synthetic Turf vs. Natural Grass – Review of Howard et al. 2020
Executive SummaryHoward et al. (2020) examined ACL injury rates among NCAA soccer players competing on synthetic turf vs. natural grass over a multi-season period. The study found that female soccer players experienced statistically higher rates of ACL injuries on...
Energy Restitution Explained – Performance and Fatigue in Synthetic Turf
Energy restitution is the performance counterpart to force reduction. Where force reduction measures how much impact energy a surface absorbs, energy restitution measures how much of that absorbed energy the surface returns to the athlete as elastic rebound. Together,...
Force Reduction Explained – What It Measures and Why It Matters in Synthetic Turf
Force reduction is one of the most practically significant safety metrics in synthetic turf, and one of the least frequently explained in plain terms. It appears in FIFA certification requirements, ASTM standards, and independent test reports as a percentage value,...
Vertical Deformation Explained – Surface Stability and Foot Support in Synthetic Turf
Vertical deformation is the synthetic turf metric that defines how a surface responds to the vertical load of an athlete's foot. It measures how far the surface compresses under weight, and that compression determines foot stability, energy expenditure, fatigue...
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