Baseball Artificial Turf
- The monofilament yarn structure keeps each grass blade standing independently, reducing tangling and maintaining a clean turf surface.
- The diamond-shaped yarn profile provides strong resilience and helps the turf recover quickly after pressure.
- Optional cooling yarn technology helps reduce surface heat and minimize safety concerns caused by excessive temperatures.
- The high-drainage backing structure with a wider stitch spacing that allows rainwater to pass through quickly and have the field ready to use shortly after rainfall.
| Yarn Characteristics | |
| Composition / Structure | KDK PE monofilament |
| Yarn Shape | Diamond shape |
| Dtex | Standard 11,400 Dtex |
| Features | Cooling yarnAnti-static |
| Carpet Characteristics | |
| Pile Height | Standard 65 mm (20–85 mm customizable) |
| Color | Standard: Emerald Green, Olive Green, Lime Green, Red, White (customizable) |
| Gauge | 3/8" |
| Primary Backing | Fleeced backing with PET yarn reinforcement + PP anti-UV backing |
| Secondary Backing | PE, PU, or Latex (customizable) |
| Roll Width | 2 m, 4 m, 4.57 m (customizable) |
| Roll Length | Maximum 70 m (customizable) |
Mono-B 65 baseball artificial turf is developed for outfield areas, with a turf structure that recreates the cushioning characteristics and ball rolling performance of natural long grass. The non-reflective yarn surface and clear color contrast help players better identify ball landing points and follow ball trajectories during play.
Manufactured according to Japan Baseball Association standards (JIS A 1454), Mono-B 65 uses PE S-shaped KDK monofilament yarn to create a dense and resilient turf surface with excellent recovery performance. The careful selection of the most suitable yarn with infill materials, and cushioning layers helps achieve natural-like ball response and bounce characteristics while supporting safer sliding movements and year-round field use. The turf yarn includes cooling additives that work together with water spraying systems to reduce surface temperatures during hot weather conditions.
Project Highlights
