artificial grass vip

Category: Install Artificial Grass

  • Why Do Non-Infill Turf Seams Fail?

    Several factors can contribute to seam failure. 1. Thermal Expansion and Contraction Artificial turf contains polymeric materials, and these materials respond to temperature changes. Large temperature fluctuations can therefore create repeated mechanical stress in: The risk becomes more significant when the turf is installed under excessive tension or without appropriate installation procedures. 2. Moisture and…

  • Severe Seam Damage: Cut Out and Replace the Damaged Section

    If the seam has suffered extensive backing damage, yarn loss, or a visible hole, local gluing may not restore the original structural integrity. In this situation, section replacement is usually more reliable. Repair process 1. Mark the damaged area Create straight cutting lines around the damaged section. 2. Cut carefully Separate the yarns before cutting so that…

  • How to Repair Non-Infill Turf Seams

    Before repairing a seam, determine the actual failure mode. The four most common situations are: 1. Minor Seam Separation: Local Rebonding For a small area where the adhesive has separated but the backing and yarn remain intact, local rebonding is usually the simplest approach. Recommended procedure Step 1: Remove failed adhesive Carefully lift the affected…

  • Frequently Asked Questions About Pre-Laying Non-Infill Artificial Turf

    Does non-infill artificial turf always need to be pre-laid? Pre-laying is generally recommended for professional installations, particularly after transportation and long-term roll storage. However, the exact requirement should follow the manufacturer’s installation instructions. How long should artificial turf be pre-laid? Around 24 hours is a common reference under moderate conditions, while colder temperatures or extended…

  • What Makes a High-Quality Non-Infill Artificial Turf System?

    Pre-laying is only one part of the installation process. A high-quality non-infill system should ideally be evaluated across several dimensions: Key Factor What to Evaluate Fiber material Polymer quality, resilience and UV stability Fiber structure Straight/curled fiber configuration and recovery Backing Dimensional stability and mechanical strength Adhesive system Compatibility, bonding and environmental resistance Drainage Permeability…

  • How to Verify Whether a Fiber Structure Is Actually Good

    When comparing suppliers, don’t rely only on product brochures. Ask for laboratory evidence covering: Fiber performance System durability Environmental performance For European projects, chemical compliance should be checked against applicable REACH requirements, while specific project specifications may also require testing for restricted substances, VOC emissions, PAHs, phthalates, heavy metals, or other substances. Sports performance Depending on…

  • How to Choose Fiber Structure for Different Applications

    Professional Football Fields Consider: For professional installations, FIFA certification or an equivalent project-specific performance evaluation can provide stronger evidence than fiber specifications alone. School Sports Fields A balanced configuration is usually more practical. Consider: Safety, shock absorption, slip resistance, drainage, emissions, and durability should all be evaluated as part of the complete system. Residential Landscaping…

  • Pile Height Should Match the Application

    Pile height is another frequently misunderstood specification. Higher pile does not automatically mean a better or more comfortable turf surface. For non-infill systems, excessive pile height can potentially increase the tendency toward: Typical application ranges can be considered as follows: Football Approximately 35–50 mm, depending on the sport, system design, and applicable performance requirements. School Multi-Purpose…

  • How to Evaluate Fiber Cross-Section

    The cross-section is one of the most important design elements affecting the mechanical behavior of synthetic grass. S-Shaped Fiber S-shaped fibers use an asymmetric profile to increase structural rigidity compared with a basic flat or round profile. Potential advantages include: They can be considered for schools, recreational sports facilities, community fields, and certain football applications.…

  • Can Water Make Thermal Wrinkling Worse?

    It can contribute indirectly. Persistent moisture underneath artificial turf may affect: This is why drainage and thermal stability should be considered together. For roofs, balconies, terraces, and concrete surfaces, the drainage path beneath the turf is particularly important. A turf product with good surface permeability cannot solve a drainage problem in the underlying substrate. How Can…