How High Quality Artificial Turf is Made | Artificial Grass Manufacturing Process

At Linwoo Artificial Turf Manufacturing Company, we use advanced production technology to ensure that we provide the highest quality artificial turf to customers around the world. From the careful selection of raw materials to the intricate and sophisticated manufacturing processes, we are committed to creating artificial turf that meets the diverse needs of our customers around the world. Throughout the production process, we are committed to innovation and quality control to ensure that our products meet the diverse needs of our global customers. Want to discover the mystery behind this simulated lawn? Let's take a closer look at the transformation from raw material to finished product.

 

 

Raw Materials

In-depth understanding of raw materials

Artificial turf is mainly composed of synthetic fibers, backing materials and filler materials, of which synthetic fibers are the core components. The choice of polymer directly affects the quality and performance of the artificial turf. The following is an in-depth look at the raw materials, with a focus on polymer selection:

• Polyethylene (PE) is the most commonly used polymer in synthetic turf due to its flexibility and durability.PE-based synthetic turf blades have a natural feel and look, with good abrasion resistance and resistance to UV degradation. They mimic the texture and appearance of natural grass and are suitable for a variety of applications such as residential lawns and landscaping.
• Polypropylene (PP) is primarily used in the turf layer of artificial turf to enhance its realism, and PP fibers have high tensile strength and stiffness to provide strong support and cushioning for artificial turf. In addition, PP has excellent chemical stability, moisture resistance and corrosion resistance, which helps extend the life of artificial turf.
• Nylon (PA) is known for its high strength, making it an ideal choice for artificial turf in high-traffic sports venues. PA fibers have excellent abrasion and wear resistance and can withstand frequent use and strenuous activities.

 

Formulation optimization

During the production process, Linwoo chooses high-quality polyethylene as the base material and adds antimicrobial agent (optional), flame retardant (optional), UV-resistant masterbatch, etc., according to a specific ratio, and makes the fiber have excellent antimicrobial, flame retardant and UV-resistant properties after melting, extruding, spinning and other processes. In addition, the optimization of raw material formula can not only enhance the performance of artificial turf, but also meet diversified application needs and enhance market competitiveness.

 

Antimicrobial agents can effectively inhibit the growth of bacteria, mold and other microorganisms on the lawn, reduce odor and maintain hygiene, which is especially important in sports fields, playgrounds and other areas with high traffic.

 

Flame retardants can significantly enhance the fire resistance of artificial turf, reducing the risk of fire and ensuring safety in a variety of environments. UV-resistant masterbatches are key to meeting the challenge of UV degradation. By adding UV stabilizers and absorbers to the masterbatch, UV rays can be effectively blocked and absorbed, preventing artificial turf fibers from aging, fading or becoming brittle due to prolonged exposure to sunlight, thus extending the service life of the turf.

 

Yarn extrusion and innovation

Extrusion Process

The extrusion process lays the foundation for the quality and performance of artificial turf, and advanced technology and precise controls help develop a higher quality end product.

 

In the extrusion process stage, molten polymer pellets (which may include polypropylene, polyethylene or nylon) are mixed with additives such as colorants and UV stabilizers. The mixture is then pressed through a precision steel die to form continuous filaments that ultimately make the blades of artificial turf. Temperature control during the extrusion process is critical because it ensures uniformity of fiber diameter and strength. After extrusion, the filaments are cooled and stretched to enhance their durability and resilience.

 

 

Yarn Type and Shape

Monofilament Yarn vs Fibrilated Yarn

• Monofilament yarn is a fluid polymer mixture extruded through a steel die with small holes for strength and elasticity. Its shape depends on the die holes and can be 6, 8 or even 12 strands.
• Fibrillated yarn is formed by extruding a film, cutting it into small strips, and then fibrillating it into a honeycomb structure that has a grass-like appearance when tufted.

 

Blade Shape

The shape of the yarn directly affects the appearance, performance and durability of your artificial turf. Here are seven common blade shapes:

• Diamond-shaped blades are known for their superior durability and resilience, closely resembling natural turf and enhancing visual realism.
• U-shaped blades offer good flexibility and recovery, resulting in a comfortable feel for landscaping and recreational use.V-shaped blades enhance the three-dimensionality and layering of the lawn, improving light reflection and color vibrancy.
• C-shaped blades combine flexibility and strength, and are often used in sports turf because of their shock absorption and ball resilience.
• S-shaped blades offer excellent flexibility and recovery, increasing surface area for better light absorption and color retention.
• W-shaped blades offer great tensile strength and abrasion resistance, making them ideal for high-traffic areas.
• Stem-shaped blades mimic natural grass stems, enhancing the natural look and feel of the lawn, making them suitable for landscaping and garden applications.

 

Advanced tufting technology

Tufting Machinery

The integration of advanced tufting machinery not only improves the production efficiency, but also ensures the precise control of artificial turf pile height, density and other parameters, laying a solid foundation for the quality of the final product. Modern high-speed, multi-needle pitch tufting machines can produce artificial turf with pile heights ranging from 9mm to 80mm, meeting the market demand for a wide range of turf applications such as landscaping, sports fields and playgrounds. These machines utilize hundreds of needles to quickly stitch yarns onto a base substrate to form the structure of the artificial turf. The tufting gauge (or stitch length) determines the density of the lawn; the smaller the gauge, the more lush and natural looking the lawn will be, while a larger gauge is better suited for sports applications where ball rolls need to be considered.

 

In addition, automatic yarn break detection and repair systems are an important part of tufting machinery. They monitor the tufting process in real time and deal with yarn breaks in a timely manner, minimizing downtime and increasing productivity. This ensures continuity and stability in the production process, thus improving the overall quality of the artificial turf.

 

Customization and Productivity

Linwoo artificial grass specifications are fully customizable, including pile height, blade shape, dtex, density, coating, and drainage holes. Different usage scenarios require different specifications, and different specifications also have an impact on the look, feel and durability of the artificial grass. For example, a 3/16-inch specification is suitable for field hockey, while a 5/8-inch specification is ideal for soccer, which allows the density and feel of the turf to be adjusted to the needs of the specific sport. A smaller gauge means that the needles are closer together, resulting in a denser turf surface. 3/16-inch gauge is denser, more durable, and has a more natural feel for high-traffic athletic fields. 5/8-inch gauge is relatively low-density but ensures adequate breathability and drainage to meet the ball-rolling demands of a soccer field.

 

 

Backing Technology and Lamination

Primary backing

The selectin of the primary backing material and the pressing technique have a direct impact on the quality, performance and abrasion resistance of the final product. The primary backing is made from a woven polypropylene base fabric and is the basis of the tufting process. This robust material provides stability and strength, ensuring that the artificial turf can withstand heavy foot traffic and a variety of environmental conditions. Prior to pressing, the tufted fibers are held firmly in place by the main backing. During the pressing process, a secondary backing material, usually coated with latex or polyurethane, is applied to the underside of the turf. The secondary backing further reinforces the structure, holds the fibers in place, and improves the durability of the lawn. The pressing process includes passing the lawn through a bonding roller that combines the primary and secondary backing into a bonded unit.

 

Secondary backing system

The secondary backing system for artificial turf plays a vital role in enhancing structural integrity and improving performance. Widely used for their cost-effectiveness and strong bonding properties, latex adhesives effectively bond the first layer of backing to the synthetic fibers, ensuring their durability under foot traffic and environmental stress.

Polyurethane (PU) offers excellent durability and resistance to environmental degradation, making it ideal for high-use or extreme weather applications. Both adhesives are precision-applied to ensure even distribution and long-term stability.

 

The second layer backing features carefully designed drainage holes that are manufactured using CNC (Computer Numerical Control) precision technology. These holes are carefully designed to optimize drainage performance, preventing pooling and slippage while maintaining surface stability. The precise CNC process ensures consistent hole sizes and locations to balance drainage efficiency and mechanical support.

 

 

 

Rigorous Quality Control and Testing

Artificial turf, as a premium alternative to natural grass, undergoes rigorous quality control and testing during the manufacturing process to ensure high standards of performance and durability.Linwoo has a well-established process for field and laboratory testing of artificial turf systems. These tests include:

• Tufting bond test to evaluate the bond strength between the turf fibers and backing material to ensure the turf remains intact and stable under heavy foot traffic.
• Grip Tear Test to evaluate the lawn's resistance to tearing and ability to withstand external forces.
• Weight testing to ensure uniformity of fiber density and overall product quality.
• Abrasion testing to determine the abrasion resistance and longevity of the turf.
• Force Reduction and Vertical Deflection Tests to evaluate shock absorption and cushioning properties.
• Vertical ball bounce test to measure the resilience of artificial turf and its suitability for use in sporting activities.
• Rotational resistance test to assess the stability and resistance to deformation of the turf under rotational forces.
• Pile height and pile depth measurements are used to ensure consistency in grass height and density.
• Rotational resistance and infill measurements are used to ensure uniform distribution of infill material.
• Porosity tests are used to assess the drainage and permeability of the lawn.
• Fiber weight and density tests are used to ensure that fibers meet specified standards.
• The G-max test is used to measure the impact resistance of the turf and its safety during sports activities.
• Ball rolling distance tests are used to evaluate performance in sports applications.

 

Sustainability and environmental practices

At Linwoo, sustainability is an integral part of our artificial turf production. We utilize environmentally friendly technologies such as PRO ECO backing and the ECO SUPER DRAINAGE system, which are 100% recyclable and free of hazardous substances such as latex, polyurethane and polyurethane. Our products are designed to minimize our impact on the environment, with artificial green walls made from recycled PE materials that require little maintenance. We also address microplastic pollution through innovative technologies such as non-infill turf and special mesh structures that stabilize fillers.

 

In addition, our product packaging is made from recycled materials and reuses waste materials in production.Linwoo's commitment to sustainability extends to resource conservation, such as the use of UV-resistant ingredients to extend product life and reduce replacement frequency. These practices reflect our dedication to environmental stewardship and our mission to provide environmentally friendly artificial turf solutions.

 

Packaging and Transportation

As a versatile alternative to natural grass, artificial turf requires a series of post-production processes to ensure its quality and usability. After the artificial turf is molded, it enters the cutting and winding stage. Precision slitting equipment cuts the turf into standard widths and lengths, while tension-controlled winding ensures that the turf stays taut and flat during the winding process, thus ensuring consistent appearance and performance, and enhancing stability and durability during transportation and installation.

 

Weatherproof shrink wrap ensures bundles are securely tied and labeled for traceability, lot identification and safety compliance.

Packaging is designed with forklift-friendly dimensions to facilitate seamless loading and reduce the risk of transportation damage.

The logistics team employs a real-time tracking system and just-in-time delivery framework to align shipments with customer schedules, thereby minimizing inventory costs.

 

This integrated approach ensures that artificial turf arrives intact and ready for immediate installation, and supports global supply chain resilience by optimizing resource allocation and reducing carbon footprint.

 

 

Conclusion

Linwoo artificial turf combines "beautiful", "durable" and "environmentally friendly". From raw material formula optimization to high-precision extrusion, tufting and backing lamination, every step is refined. We provide customized solutions for sports fields and home landscapes through rigorous bonding, tearing, wear and other tests. There is also a 100% recyclable PRO ECO backing and innovative drainage system to reduce resource waste and carbon footprint throughout the process. Choosing Linwoo means investing in a zero-maintenance, long-life and environmentally friendly green space, allowing technology and nature to dance under your feet.

 

According to the report of Grand View Research, an authoritative market research organization, the global artificial turf market is expected to reach US$6.87 billion in 2024, with a compound annual growth rate (CAGR) of 5.1% from 2025 to 2030. This fully reflects the wide application and huge potential of artificial turf. In addition, the amount of water used for landscape irrigation worldwide is as high as 8 billion gallons per day, accounting for nearly 30% of the total residential water use; Among them, lawn irrigation even consumes 50-70% of outdoor water. Choose Linwoo now. Water-saving and efficient artificial turf can easily save more than 90% of irrigation water. Linwoo artificial turf has excellent performance and outstanding appearance, with a service life of up to 10-12 years, far exceeding ordinary lawns, making it your ideal choice. Contact Linwoo artificial turf factory now to get professional customized solutions and start your green space journey!