AstroTurf, the pioneering leader in synthetic turf, continues to innovate with its popular 3D Series, showcasing a groundbreaking product line that raises the bar for sports surfaces. The 3D Series introduces the remarkable RootZone technology, a specialized layer of texturized fibers designed to encapsulate infill, reducing rubber splash and improving shock absorbency. This unique feature sets the 3D Series apart from conventional infilled turf systems, making it a preferred choice for athletes and field owners seeking top-notch safety, playability, and durability.
AstroTurf’s 3D Series systems boast consistent shock attenuation, improved durability, and reduced torque transmitted to lower extremities, as evidenced by independently funded research conducted at Michigan State University. The 3D Series offers a versatile range of systems, including the 3D Decade line, which comes with a robust ten-year, non-prorated warranty, and the RootZone 3D HD line, featuring a denser configuration for enhanced durability and a plush appearance.
“AstroTurf has a long-standing commitment to delivering the best in synthetic turf technology, and the 3D Series exemplifies this commitment,” said Philip Snider, COO of AstroTurf. “RootZone technology elevates our turf systems, providing unmatched traction, safety, and aesthetics, all while minimizing infill migration.”
With its grass-like traction, reduced infill spray, and enhanced durability, the 3D Series is ideal for both stadiums and practice fields, offering the perfect blend of performance and longevity for athletes at all levels.
About AstroTurf
For athletes and sports enthusiasts, AstroTurf has revolutionized the game. The brand offers advanced, multi-sport, and specialized synthetic turf systems equipped with proprietary engineered technologies. A growing number of high schools, colleges, professional sports teams, and municipalities are choosing AstroTurf-branded products for their premium quality, technical superiority, and safety. For more information, visit astroturf.com.