Non Infill Football Grass

Category: artificial grass

  • Pile height refers to the length of the artificial grass fibers

    Pile height refers to the length of the artificial grass fibers, measured in millimeters (mm). This is one of the most crucial specifications to consider.

    Short Pile (10-25mm):

    • Best suited for putting greens, balconies, and indoor areas.
    • Provides a neat and low-maintenance surface.

    Medium Pile (25-40mm):

    • Common for residential lawns, gardens, and light commercial spaces.
    • Strikes a balance between aesthetics and functionality.

    Long Pile (40-60mm):

    • Ideal for sports fields and heavy-use areas.
    • Mimics the look of natural grass but requires more infill to maintain upright fibers.

    Choosing the Right Pile Height:

    • If aesthetics are your priority, opt for a pile height of 30-40mm.
    • For durability in high-traffic areas, a shorter pile works better.
    • For sports, such as football or rugby, a longer pile is recommended.

  • Artificial Grass Specifications: A Comprehensive Guide

    Artificial grass, also known as synthetic turf, has become a popular solution for landscaping, sports fields, and commercial spaces worldwide. The technology behind artificial grass has improved tremendously over the years, offering more realistic, durable, and low-maintenance options. However, selecting the right artificial grass involves understanding various specifications, including materials, pile height, density, and backing systems. This guide will walk you through all the essential specifications of artificial grass so you can make an informed decision.

    1. Materials Used in Artificial Grass

    Artificial grass is composed of different synthetic materials, primarily:

    • Polyethylene (PE): The most common material used for its soft and realistic appearance. Polyethylene fibers are UV-resistant, durable, and ideal for landscaping and residential applications.
    • Polypropylene (PP): A more economical material that is less durable compared to polyethylene. It is often used in low-traffic areas or as thatch layers in combination with PE.
    • Nylon: The strongest and most resilient material, making it ideal for high-traffic areas like sports fields. However, it is more expensive and less commonly used for residential projects.

    Choosing the Right Material:

    • For landscaping and residential purposes, PE is the best choice.
    • For commercial or sports applications, a mix of PE and Nylon works well.
    • For low-budget projects, PP can be a suitable option.

  •  Indoor vs Outdoor Padel Tennis Courts: Choosing the Right Artificial Turf

    Mango Sports Co., Ltd. is a global leader in providing high-performance padel tennis court solutions, delivering FIP-compliant artificial turf and court components to clients worldwide. Our products are trusted by professional clubs, community centers, resorts, and private residences.

    4.1 High-Performance Padel Tennis Artificial Turf

    Our artificial turf is specifically engineered for padel tennis, offering:

    • Optimized Ball Speed and Grip: Precise pile design and infill systems ensure consistent ball speed and bounce.
    • Durability: Made with high-quality polyethylene yarns, our turf is UV-resistant and wear-resistant, ideal for high-traffic use.
    • Safety: Enhanced shock absorption and anti-slip properties reduce injury risks.
    • Low Maintenance: Efficient drainage and durable materials minimize upkeep costs.

  • Indoor Padel Tennis Courts

    Indoor courts, while sheltered from weather, have their own set of requirements:

    • Consistency and Traction: Indoor courts need turf with consistent ball speed and bounce, along with excellent anti-slip properties to ensure player safety.
    • Shock Absorption: Indoor courts are often built on hard surfaces like concrete or asphalt, requiring additional shock-absorbing layers to reduce impact on players’ joints.
    • Durability: High-frequency use in indoor settings demands turf with superior wear resistance and resilience.