Artificial Grass

The indoor soccer artificial turf is a specialized synthetic turf system engineered for enclosed football facilities such as sports halls, training centers, and indoor stadiums where natural grass is not applicable. This high-performance indoor soccer turf is designed to eliminate common issues in enclosed environments such as dust accumulation, fiber shedding, and structural degradation. Its fibers maintain upright posture and structural resilience under continuous foot traffic, without the need for standard outdoor infill maintenance. The system offers a dense, low-profile, and uniform surface structure that integrates smoothly onto concrete or wooden sub-bases, making indoor turf a practical technical solution for indoor sports facilities.

XiHY S Shape Monofilament Football Turf Carpet is engineered specifically for football and soccer applications, combining advanced monofilament yarn technology with an innovative S-shaped fiber profile. The unique blade structure enhances fiber resilience, helping the grass fibers recover quickly after player traffic and maintain an upright appearance for longer periods.

Monofilament Curly Artificial Soccer Grass combines straight monofilament fibers with highly resilient curly yarns to create a balanced football turf system that delivers durability, comfort, and long-term performance. This hybrid yarn construction is specifically designed for football and soccer applications where surface stability, player comfort, and visual appeal are equally important.

Artificial golf putting green turf is a low-pile synthetic surface engineered to replicate the smooth roll, consistent speed, and realistic playing behavior of professional putting greens. Constructed with dense short fibers, the structure of the artificial turf golf putting green forms a uniform playing surface that allows golf balls to travel smoothly and predictably across flat areas, slopes, and contour designs.

Colored Artificial Grass is a decorative artificial turf specifically designed to introduce vibrant colors, creative patterns, and visually engaging surfaces into recreational, educational, and landscape environments. Available in a wide range of colors including red, blue, yellow, orange, purple, black, white, and customized combinations, this turf creates eye-catching spaces while maintaining the softness and durability of traditional artificial grass.

Hockey Turf is engineered to meet the high-speed performance requirements of modern field hockey. Constructed with high-density synthetic fibers, this professional hockey synthetic turf provides a smooth, uniform surface that promotes accurate ball control, consistent ball speed, and reliable player traction. The dense yarn structure minimizes surface irregularities, allowing the ball to travel quickly and predictably across the field while supporting the fast-paced nature of competitive hockey. Carefully designed pile heights and fiber configurations help maintain optimal playing characteristics even under intensive training and match conditions.

Rugby Artificial Turf is specifically developed to withstand the intense physical demands of rugby training and competitive matches. Designed with durable monofilament fibers and a reinforced turf structure, this professional rugby turf provides excellent resilience, traction, and shock absorption for high-impact sports environments.

Tennis artificial turf is a high-performance synthetic sports surface engineered to replicate the consistent bounce, controlled ball speed, and stable footing required for professional and recreational tennis play. The structure of the tennis artificial turf is formed using dense monofilament fibers that create a uniform playing field, ensuring predictable ball response across all court zones, including baselines, service boxes, and sidelines.

Baseball field turf is engineered using reinforced synthetic fiber systems designed to deliver stable surface performance and consistent playability for modern baseball environments. The structure of this baseball field turf enhances compressive strength and surface stability through high-resilience yarn construction, ensuring the artificial turf baseball field maintains uniform conditions even under repeated high-impact use. The fiber system is designed to support controlled ball movement and reliable surface response across both infield and outfield areas.

Cricket grass is a specialized synthetic turf system developed for cricket applications, designed to replicate the playing characteristics and surface behavior of natural grass pitches. It is constructed using high-strength polyethylene fibers combined with controlled pile height and elevated stitch density to achieve a stable and uniform playing surface. This artificial grass cricket pitch is engineered to deliver consistent ball response, including predictable bounce, controlled speed, and reliable surface interaction under repeated athletic impact.

Ski grass is a purpose-engineered synthetic ski surface designed for dry slope skiing environments. It is constructed from low-friction polymer fibers woven into a stable backing system, forming a consistent sliding layer that replicates the behavior of snow under controlled conditions. The surface structure of ski turf is optimized to balance glide speed and edge grip, allowing skis and boards to maintain predictable movement across varying slope gradients. As a technical alternative to natural snow, ski grass/white turf provides a uniform surface that remains stable under repeated mechanical load and environmental exposure.

The indoor golf putting green grass is a synthetic turf system designed for indoor putting practice environments. It is manufactured with uniform fiber height and a dense surface structure to ensure a consistent rolling path for golf balls. The surface is engineered with tightly stitched polyethylene fibers, forming a stable and smooth playing layer suitable for flat indoor installations such as training rooms, golf studios, and residential practice areas. The base backing is reinforced to maintain dimensional stability and support repeated ball movement across the surface.