Guangzhou Unveils New Football Field Project with Our Cutting-Edge Artificial Turf

A new football field project was completed in Guangzhou, In February 2013. Our high-quality football turf played a pivotal role in transforming this space into a premier soccer destination. The project encompasses three distinct football fields, catering to various game formats: one seven-a-side field and two five-a-side fields.

The seven-a-side football field boasts our F42050 economic football grass, featuring a 50mm pile height and tufted fibrillated fibers. This cost-effective solution offers remarkable performance, specifically designed to meet the demands of soccer and football sports. With a six-year warranty, this surface ensures long-lasting durability and reliability. Additionally, the field’s two-color design adds a refreshing visual appeal, delighting players as they engage in exhilarating soccer matches.

The two five-a-side soccer fields showcase our bi-color monofilament artificial grass, renowned for its quality and versatility. With a 40mm pile height, this grass variety excels in providing an optimal playing surface for football and soccer enthusiasts. The bi-color monofilament design is especially favored by some, making it the perfect choice for those seeking exceptional aesthetics alongside exceptional performance.

Moreover, these outstanding fields are enclosed by sturdy fences, enhancing both safety and the overall experience for players and spectators alike. While we primarily offer artificial grass and fencing as a combined solution, please note that we generally do not provide fences separately.

At our company, we take immense pride in our commitment to delivering top-of-the-line artificial grass solutions, perfectly suited to meet the needs of football and soccer fields. Experience the pinnacle of performance, durability, and visual appeal with our products. Contact us today to discuss your project requirements and explore the possibilities of transforming your soccer field into an exceptional playing surface.