In the 1960s, a transformative shift occurred in the world of soccer as matches transitioned from dusty, mud-prone terrains to the introduction of turf, solving the perennial challenges associated with unpredictable weather conditions.

The selection of suitable grass for soccer fields has become a science, prioritizing attributes such as survivability, tread resistance, and ease of maintenance.

Traditionally, soccer fields faced limitations, particularly when hosting diverse events beyond the sport, such as track and field competitions, horse racing, automotive events, or large concerts. The reliance on natural grass limited the utilization rates of stadiums.

To address this, many venues have shifted away from traditional lawn planting and adopted the concept of a "grass floor," or turf, allowing for easy assembly and disassembly of soccer fields for multifaceted applications.

The term "grass floor" is often synonymous with turf, denoting a pre-planted lawn that is cut from a depth of 10 centimeters below the ground. This strip of turf, typically one meter wide, is then rolled and transported to various locations as needed. Over the years, this concept has evolved, giving rise to the popularity of sand-free artificial turf for soccer fields.

Compared to traditional sand-filled soccer turf, sand-free artificial turf boasts several advantages. One primary benefit is its cost-effectiveness. Unlike its sand-filled counterpart, it doesn't require the filling of quartz sand and particles, which can constitute a significant portion of the overall cost (including material costs, site construction costs, and time costs).

Moreover, the absence of quartz sand eliminates the need for ongoing maintenance costs, offering a more economical and sustainable solution.

Safety and environmental considerations are paramount in the design of sand-free artificial turf. The absence of infill materials, such as sand or particles, reduces the risk of sports-related injuries and prevents the emission of harmful gases associated with traditional infill.

The structure is simplified, ensuring safety and environmental friendliness. The absence of fillers not only eliminates potential safety hazards but also reduces environmental impact, avoiding the need for extensive quartz stone mining. The incorporation of polymer curved wire further enhances impact absorption and durability.

The construction process for sand-free artificial turf is simplified, ensuring uniform quality. Being a complete prefabricated product, it requires no tedious particle filling, saving both time and effort. Raw materials are supplied by lawn manufacturers, ensuring consistency in product quality and performance across different installations.

Performance is another area where sand-free artificial turf excels. The use of high-density, high-poundage straight mixed weave grass results in superior wear resistance and resilience compared to traditional grass varieties. This ensures the longevity and durability of the playing surface.

Maintenance of sand-free artificial turf is straightforward. It minimizes dust accumulation, can be easily cleaned with water, facilitates rapid drainage, and preserves the aesthetic appeal of the field over an extended period.

As a new generation of soccer turf products, sand-free artificial turf represents the pinnacle of advanced artificial turf technology. While initial costs may be higher than traditional soccer lawns, the elimination of filler auxiliary products and associated labor costs presents a compelling case for its long-term viability and sustainability.

The emergence of sand-free artificial turf marks a paradigm shift in soccer field technology, symbolizing the future of the industry.