What is Non-Infill Artificial Turf?
As the demand for sports facility construction continues to grow, non-infill artificial turf has emerged as a mainstream choice thanks to its eco-friendliness, low maintenance requirements, and extended lifespan. Among the many options on the market, VivaTurf’s non-infill turf system stands out as a top-tier solution, backed by cutting-edge technology, authoritative certifications, and a wide portfolio of global applications.
Traditional infilled artificial turf systems rely heavily on quartz sand and rubber granules, which pose environmental hazards, are costly to maintain, and often deliver inconsistent sports performance. In contrast, the VivaTurf Non-Infill System (VRG) addresses these challenges head-on. Through its patented 3D-shaped yarn structure and eco-mechanical backing technology, VivaTurf has redefined what synthetic turf can achieve.
The turf yarn and backing in the VRG system are made from the same material, eliminating the need for adhesives. This design not only enables 100% recyclability after use—reducing carbon emissions—but also ensures ideal surface resistance and consistent ball roll behavior. The turf meets the flatness and performance standards of FIFA, making it suitable for professional football, rugby, baseball, and softball applications. Moreover, it is free from hazardous substances such as styrene-butadiene latex and polyurethane. The system has passed over 70 international safety and environmental tests, including SGS and Labosport, earning it a formal "Formaldehyde-Free" green certification.
Among competing brands, VivaTurf is uniquely recognized as the only non-infill turf supplier to be included in FIFA’s FIP Innovation Programme, highlighting its strong technological edge.
The reliability of VivaTurf’s non-infill turf has been validated through its use in high-level international sports events and premium venues. It was the turf of choice for the baseball and softball fields at the 2022 Asian Games in Hangzhou and the main venues of the 2023 World University Games in Chengdu—marking the first large-scale use of non-infill turf in global competitions within China. In 2024, VivaTurf became the first brand worldwide to pass FIFA’s new Basic Quality Programme standards for non-infill turf. The turf’s tuft withdrawal force exceeded that of traditional turf by over 100%, while offering excellent wear resistance and resilience. Professional clubs such as France’s Z5 Football Center have also adopted VivaTurf’s products, praising their "natural-grass-like feel" and "athlete protection performance."
VivaTurf’s non-infill system is engineered for adaptability. The yarn structure can be customized for different sports, such as enhanced abrasion resistance for baseball or optimal elasticity for football. The company collaborates closely with institutions like Jiangsu’s provincial baseball training center and the national softball team to tailor solutions. During the 2022 Asian Games, VivaTurf deployed on-site technical teams to monitor and maintain turf conditions in real time, ensuring peak safety and performance.
Additionally, recycled VivaTurf turf is processed into sports mats and eco-friendly building materials, supporting a “zero-waste” sustainability goal. A single project can reduce over 30,000 tons of rubber incineration pollution.
In the context of China’s dual carbon goals and growing demand for healthier, greener products, VivaTurf is redefining industry benchmarks with technological strength and social responsibility. With over a decade of R&D and a proven track record across diverse applications, VivaTurf’s non-infill turf extends the lifecycle of sports fields while delivering uncompromised environmental and athletic value. Whether for professional stadiums, school training grounds, or commercial spaces, VivaTurf offers a "zero-compromise" solution that integrates sustainability with high performance. With its commitment to innovation, global deployment, and authoritative validation, VivaTurf is leading the transformation of the artificial turf industry.