grass fake

Category: AgsTurf Artificial Grass

  • Controlled Installation and Performance Delivery

    Product specifications alone are not enough. A training field performs well only when the installation process is equally controlled.

    Vivaturf’s approach to student-athlete training grounds emphasizes base preparation, seam precision, and full-surface performance consistency. The base is leveled and compacted to eliminate cracks, voids, and moisture-related instability. Seam width is controlled to within 2 mm, and the turf is fixed with dedicated anchoring methods to prevent lifting or movement over time. Environmentally compliant adhesives are used where required, and the overall installation is designed to keep shock absorption and surface feel consistent across the field.

    After installation, the field is tested for shock absorption, vertical deformation, anti-slip performance, environmental safety, and wear resistance, with on-site trial use helping confirm whether the balance of cushioning and support matches actual training needs.

    This type of full-process control is increasingly aligned with the direction of international sports-surface testing. FIFA’s April 2024 update to the Football Turf Test Manual placed additional emphasis on durability, abrasion resistance, and shockpad requirements, while also acknowledging the ongoing development of non-filled systems.

  • Re-Engineering Cushioning Performance for Safer, More Stable Daily Use

    Introduction: Why Cushioning Matters in Athletics Support Areas

    Athletics training support areas are used for sprint preparation, hurdling drills, plyometrics, warm-up, recovery, and auxiliary strength work. Although these areas are not competition tracks, they require highly refined surface behavior: they must absorb vertical and horizontal impact forces during landing, push-off, and deceleration; reduce stress on the ankles, knees, and lower back; maintain stable support so movement mechanics stay efficient; and perform reliably under heavy daily use.

    Traditional solutions often struggle to meet all of these demands at once. Infilled synthetic turf relies on silica sand and rubber granules for cushioning, yet over time those materials may migrate, compact, or generate dust, which can reduce shock attenuation consistency and create environmental concerns. Standard rubberized surfaces can become brittle in cold conditions and overly soft in heat, while natural grass is expensive to maintain and difficult to keep consistent in all-weather training use.

    Against this backdrop, Vivaturf non-infill turf offers a more stable and technically controlled solution. By replacing loose infill with a fully engineered cushioning structure, it delivers a more predictable balance of impact attenuation, support, durability, and environmental safety. Vivaturf officially presents itself as a leading artificial yarn and turf solution provider, active in global sports markets, with non-infill systems developed in collaboration with FIFA through the FIFA Innovation Programme. Its products are marketed across more than 80 countries and regions, supporting its position as one of the more established non-infill turf suppliers in Europe, North America, and worldwide.

  •  Key Anti-Static Performance Parameters

    Vivaturf’s anti-static non-infill turf can be engineered to meet performance expectations commonly referenced in European and North American indoor sports and synthetic surface applications.

    Performance ItemVivaturf Target / Typical RangeTechnical Meaning
    Surface resistance10⁶–10⁹ ΩHelps dissipate static charge effectively
    Static half-life≤2 secondsStatic charge dissipates quickly after friction
    Additive dispersion uniformity≥98%Reduces localized static failure
    Anti-static retention after UV aging≥90% after 6,000 hours UV exposureSupports long-term outdoor or semi-outdoor use
    Performance in high humidityStable at ~60% RHSuitable for indoor, humid, and climate-controlled environments
    Heavy metal migration≤0.3 mg/kgSupports strict safety expectations
    TVOC emission≤0.22 mg/(m³·h)Helps maintain healthier indoor air quality
    Formaldehyde, benzene, tolueneNot detectedSupports enclosed-space applications

    These values should be understood as controllable product targets or typical tested ranges, depending on product model, installation system, and project requirements.

    Why Anti-Static Performance Matters

    For indoor and high-use facilities, anti-static performance brings several practical benefits:

    • Cleaner surface appearance: less dust attraction and easier daily cleaning
    • Improved user comfort: reduced risk of static discharge during contact
    • Better indoor air quality: less dust and no loose infill particles
    • More stable long-term experience: reduced static performance decay after aging
    • Lower maintenance pressure: less frequent deep cleaning compared with dusty infill systems

  • Engineering a Balanced Mechanical System for Performance, Safety, and Long-Term Stability

    Achieving a balanced mechanical response has long been one of the central challenges in artificial turf design. Traditional infill systems rely on sand and rubber granules to tune surface behavior, using particle mass and mobility to balance support and cushioning. Early generations of non-infill turf, by contrast, often depended on a single fiber property—either increasing stiffness for support or softness for comfort—making it difficult to simultaneously meet performance, safety, and durability requirements.

    Vivaturf addresses this challenge through a fully integrated mechanical design, built on a multi-layer system that combines micro-level fiber engineering with macro-level load distribution and structural reinforcement. This approach reflects the increasing expectations in European and North American markets for consistency, player safety, and long-term performance stability.

  • Why Is Tuft Bind Strength Important for Non-Infill Artificial Turf?

    1. Prevents Fiber Loss in High-Traffic Areas

    Sports fields, playgrounds, and training facilities experience thousands of foot contacts every day.

    During:

    • Sprinting
    • Sudden direction changes
    • Sliding
    • Repeated training drills

    the grass fibers experience continuous pulling forces.

    If tuft anchoring is insufficient, users may notice:

    • Sparse areas
    • Visible backing exposure
    • Uneven appearance
    • Increased maintenance requirements

    A well-engineered turf system maintains fiber stability even under repeated mechanical stress.

    2. Important for Pet-Friendly Artificial Turf

    Pet applications create unique challenges.

    Dogs and cats may:

    • Scratch the surface
    • Dig at edges
    • Pull fibers repeatedly

    For pet areas, adequate tuft bind strength helps reduce the risk of localized fiber damage.

    However, installation quality is also important. Proper edge fixing and seam treatment help prevent pets from lifting the turf from weak points.

    3. Influences Long-Term Outdoor Durability

    Outdoor artificial turf is exposed to:

    • UV radiation
    • Rainfall
    • Temperature changes
    • Freeze-thaw cycles

    Over time, these environmental factors can affect backing stability.

    High-quality turf systems are designed to maintain sufficient tuft retention after accelerated aging tests, rather than only showing strong initial laboratory results.

  • Can You Install Non-Infill Artificial Turf on a Roof? Is the Roof Load Capacity Enough?

    Yes, non-infill artificial turf can be installed on many roof terraces and rooftop gardens, especially because it is significantly lighter than traditional infilled artificial turf systems that require sand and rubber granules. However, whether a roof can support artificial turf depends on the original structural load design, waterproof condition, drainage system, and additional loads from people, rainwater, snow, and furniture. A professional structural assessment is recommended for older buildings or non-accessible roofs before installation.

    Can You Install Non-Infill Artificial Turf on a Roof?

    With the increasing popularity of rooftop gardens, balcony landscaping, and outdoor leisure spaces, many homeowners ask:

    “Can I install non-infill artificial turf on my roof?”

    The short answer is:

    In most properly designed accessible roof areas, lightweight non-infill turf is a suitable option when the roof structure, waterproofing, and drainage conditions meet installation requirements.

    Compared with traditional artificial turf systems that use silica sand and rubber infill, non-infill turf eliminates the additional weight of loose filling materials, making it a more roof-friendly landscaping solution.

    However, lightweight does not mean every roof can automatically support artificial turf.

    A complete evaluation should consider:

    • Roof structural load capacity
    • Existing waterproofing system
    • Drainage performance
    • Wind exposure
    • Expected pedestrian use
    • Local climate conditions

  • Does Non-Infill Artificial Turf Feel Like Natural Grass? Complete Comparison Guide

    Yes—high-quality non-infill artificial turf can provide a ball feel that is very close to natural grass for most recreational, training, and even many professional football applications. Modern non-infill systems are engineered to replicate the rolling speed, ball rebound, traction, and player comfort of well-maintained natural grass. While elite stadiums may still notice subtle differences, premium non-infill turf delivers far more consistent performance throughout the year because it is not affected by weather, irrigation, or seasonal grass growth.

    For homeowners, schools, football academies, and community sports fields, a quality non-infill system is often the more practical solution because it combines natural playing characteristics with significantly lower maintenance.

    Natural Grass vs Non-Infill Artificial Turf: Ball Feel Comparison

    Performance FactorNatural GrassPremium Non-Infill Turf
    Ball RollNatural but varies with moistureHighly consistent and close to natural grass
    Ball ReboundExcellent on well-maintained fieldsComparable when properly engineered
    Player TractionExcellent in ideal conditionsStable and predictable year-round
    Shock AbsorptionDepends on soil conditionEngineered to remain consistent
    Surface UniformityCan vary across the fieldVery uniform across the entire surface
    Weather ImpactHighMinimal
    Seasonal ChangesSignificantNone
    Maintenance RequirementVery HighLow

  • Three Technologies That Can Improve Turf Recyclability

    1. Homogeneous or compatible-material design

    The fewer incompatible materials that need to be separated, the simpler the potential recycling process can become.

    This is why some manufacturers are developing turf systems around polyolefin-based or other compatible material architectures.

    2. No loose infill

    Eliminating loose infill can simplify collection and pre-processing.

    This is particularly relevant for football fields and other large sports surfaces, where significant quantities of infill may otherwise need to be removed before the turf itself can be processed.

    3. Reduced dependence on permanent adhesive systems

    Traditional backing coatings can create another separation challenge.

    Where a product is specifically engineered for recycling, manufacturers may explore thermoplastic bonding or other construction methods intended to improve material compatibility.

    But buyers should verify the actual construction.

    “No glue” and “fully recyclable” should not be treated as interchangeable claims.

  • Types of Underlay for Artificial Turf on Concrete

    Three main underlay systems cover most concrete turf applications: foam cushioning, sports shock pads, and drainage mats. The right option depends on whether the main requirement is comfort, impact performance, drainage, or a combination of these functions.

    Foam Underlay for Comfort and Light Cushioning

    Foam underlay can add comfort and shock absorption over a hard concrete surface, but the required material and thickness depend strongly on the application.

    For playgrounds, do not select padding by thickness alone. The turf, padding, and supporting surface should be treated as a complete surfacing system and selected according to the impact-performance requirements of the project.

    For indoor fitness applications, some turf products integrate the cushion into the product itself. Grace Grass PU foam padded gym turf, for example, is available with a 5–10 mm foam backing for additional comfort, shock absorption, and stability over hard floors.

    Rubber and Sports Shock Pads for Impact Absorption

    Rubber and engineered sports shock pads are used where impact absorption, surface response, and long-term stability matter more than simple walking comfort.

    For football and other sports projects, the pad should be selected as part of the complete turf system rather than as an isolated layer. For playground applications, the complete installed system should meet the applicable impact-attenuation or critical-fall-height requirements for the project.

  • Our commitment to making all users feel more at ease

    With the gradual improvement of the quality of the factory’s products, since August 2003, the products have been exported to the Middle East, Europe, Japan, and the United States. At present, the factory’s products have passed the quality certification of the United States, Japan, and other national authoritative organizations, and have been recognized by local sellers. By the end of December 2007, the factory has exported more than 1 million square meters of artificial turf.

    The factory products are sold with a detailed quality commitment letter. Consumers and distributors can obtain statutory consumer rights guarantees according to the content of the commitment letter. In addition, the quality of all products of the company is underwritten by the branch of the People’s Insurance Company of China. The purpose is So that all users can use it with more confidence.

    Future development

    Innovative products: We have an advanced scientific research team, self-developed pollution-free and environmentally friendly artificial turf, and provide unique “green” solutions for related sites. We will continue to uphold the spirit of cherishing natural resources, adhere to the practice of “clean production, green manufacturing”, and make continuous efforts in the direction of green research and development, pollution prevention, and continuous improvement.

    Energy saving and environmental protection: The artificial turf we produce can be recycled and reused, which conforms to the low-carbon and environmentally friendly life concept and adapts to the sustainable development of the enterprise. We will do our best to build a more natural and healthier living environment for you.

    Safety first: We always put safety production in the first place, and, as always, provide a strong guarantee for the safety of employees, property, and production. The factory actively implements the safety concept by strengthening safety supervision, implementing safety prevention, implementing safety training, and improving safety awareness, so as to control safety and health risks more effectively, aiming at zero disasters and making unremitting efforts for it.