Short Description:
The use of artificial turf to construct sports fields has been around for decades abroad. With the advancement of science, technology, and sports, artificial turf, made from fibers woven from high-performance polyethylene and polypropylene resin fibers, interlayers with UV- and aging-resistant “amine” materials, and a variety of additives tailored to the specific needs of the field, has become an ideal playing surface for both professional and amateur athletes. It is suitable not only for tennis courts but also for track and field tracks, baseball fields, rugby fields, swimming pool surrounds, and recreational landscaping, making it a versatile sports surface.
It offers excellent physical and chemical properties, including all-weather performance, weather resistance, resilience, breathability, water permeability, cost-effectiveness, sound absorption and noise reduction, long-lasting greenness, and versatility. Utilizing a variety of modern scientific and technological advancements, the product achieves exceptionally high levels of tensile strength, durability, flexibility, wear resistance, aging resistance, and color fastness.
It also offers excellent safety. Utilizing principles from medicine and kinesiology, the turf protects athletes’ ligaments, muscles, and joints while exercising, significantly reducing the impact and friction of falls. Its average service life is over 10 years. The various markings on the court are formed from white grass seedlings during production. This environmentally friendly product contains no harmful substances and is noise-absorbing.
Versatile: Artificial turf is available in a variety of colors, durable and fade-resistant, blending in with the surrounding environment and buildings. It is an ideal choice for sports venues, leisure courtyards, rooftop gardens, and other places.
Excellent physical and chemical properties: After hundreds of thousands of abrasion tests, the artificial turf only loses 2%-3% of its fiber weight. Furthermore, it exhibits high tensile strength, water permeability, and elasticity, allowing it to drain completely in about 20 minutes after heavy rain.
