The Key to Distinguishing High-Quality Turf

Most novice purchasers only focus on the pile height of artificial turf when comparing artificial sports turf manufacturers, ignoring core parameters that determine durability and sports experience. In fact, pile height only affects the visual layering of the turf, while Dtex, density, gauge, and backing structure directly determine the service life, wear resistance, and sports comfort of the turf. Professional manufacturers will provide a complete TDS (Technical Data Sheet) for product verification, and buyers must strictly check the following indicators when purchasing factory-direct artificial turf.

1. Dtex Value (Fiber Fineness)

Dtex refers to the weight in grams of 10,000 meters of turf yarn fiber, which is a core indicator of fiber thickness and tensile resistance. The higher the Dtex value, the thicker the turf fiber, the stronger the fracture resistance and compression resistance, and the more suitable it is for high-frequency sports scenarios. For football applications, turf yarns typically range from 8,000–12,000 Dtex, depending on the required durability, player traffic, and system design. For low-frequency leisure sports venues and golf putting green venues, a Dtex value of 6000-8000 can meet daily use needs.

2. Turf Density and Gauge

Density refers to the number of turf stitches per square meter, which directly affects the foot feel, ball speed stability, and overall flatness of the sports field. Gauge represents the spacing between turf tufts, determining the uniformity of turf distribution. High-density and standard-gauge turf can disperse sports pressure evenly, reduce local wear, and ensure a consistent sports experience in all areas of the venue.

Take the classic customized golf turf Rainbow Putting Green Turf—GOLF7016G as an example; its technical parameters reach the industry high standard of 70560 stitches/㎡ density and 5/32 inch gauge. The ultra-high density ensures that the turf surface is flat and tight without gaps, perfectly adapting to the high-precision rolling needs of golf balls and avoiding uneven ball speed caused by sparse turf tufts.