Introduction Coating weight is a key process parameter in artificial turf manufacturing. It affects the quantity of backing compound applied to the primary backing and can influence tuft bind, material consumption, flexibility, and the final structure of the turf. For SBR latex systems, the target c... read more
Introduction During artificial turf production, the backing coating must interact with the yarn and primary backing to create a suitable bonding structure. The distribution of the coating within this structure can influence tuft retention, flexibility, and the appearance of the reverse side. For man... read more
Introduction Dimensional stability refers to the ability of artificial turf to maintain its intended dimensions under defined environmental and processing conditions. Changes in length or width may affect installation, seam alignment, and the appearance of the finished surface. The backing system pl... read more
Introduction Artificial turf may be exposed to rain, irrigation, cleaning, and humid environmental conditions. For this reason, evaluating backing performance only in a dry state may not provide a complete picture of its suitability for the intended application. Wet tuft bind testing helps manufactu... read more
Introduction Tuft bind is an important performance indicator for artificial turf backing. It describes the force required to pull a yarn tuft out of the backing structure. Adequate tuft bind helps keep turf fibers in place during handling, installation, and long-term use. For manufacturers using SBR... read more