As a modern sports field material, football artificial turf has an important impact on the performance of players and the results of the game. Among them, needle count and pound weight are two key parameters that play a vital role in determining the quality and suitability of artificial turf.
The effect of the number of needles on artificial turf:
Needle count refers to the number of fibers per square meter of artificial turf. A higher stitch count generally means a denser fiber arrangement, which is key to providing a more realistic court surface feel and better ball control. The following is the effect of needle count on football artificial turf:
a. The flatness of the court surface: Higher stitches can provide a smoother court surface, reducing unevenness and potholes, thereby reducing the risk of accidental injuries to players due to uneven ground.
b. Ball speed and elasticity: A higher number of needles can increase the elasticity of the artificial turf surface, make the ball speed more stable, and provide better ball bounce, which is conducive to the progress of the game and the display of players' skills.
c. Wear resistance and service life: Higher needle counts are generally associated with higher fiber density, which can improve the wear resistance and service life of artificial turf, reducing fiber wear and damage due to long-term use.
Effect of pounds on artificial turf:
Pound weight refers to the weight per square yard (or square meter) of artificial turf. Higher poundage generally indicates that more fibers are used to build artificial turf, which affects the following:
a. Stability and fixity: Higher poundage can increase the stability and fixity of artificial turf, reduce surface movement and sliding, and ensure players get better traction and stability during the game.
b. Intrinsic Retention: Higher lbs provide better intrinsic retention, that is, the three-dimensionality and verticality of the fibers on the court, ensuring that the court maintains good appearance and performance for a longer period of time.
c. Compression resistance and resilience: Higher poundage generally correlates with higher fiber density, which contributes to the compression resistance and resilience of artificial turf. When players run, slide and kick the ball in the game, the turf can rebound better, reduce energy loss and provide better court performance.
Needle count and pound weight are important parameters that determine the quality and suitability of football artificial turf. A higher number of stitches can provide a smoother, more elastic and more wear-resistant court surface, which is conducive to the technical performance of players and the progress of the game. The higher poundage can provide better stability, fixation and resilience, and enhance the traction and durability of the court. Therefore, choosing the right needle count and poundage is crucial to constructing a high-quality football artificial turf to provide the best playing experience and player safety.
As a sports floor supplier, understanding and mastering the impact of needle count and pound weight on the performance of artificial turf can help you provide customers with more professional, high-quality product choices and meet their needs for court performance and safety.
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