Category: Install Artificial Grass
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VivaTurf Non-Infill Artificial Turf: Technology, Sustainability and Global Market Presence
VivaTurf has developed a strong international presence in artificial turf and has positioned its non-infill systems around sports performance, manufacturing technology and reduced reliance on loose infill materials. VivaTurf’s official product portfolio includes non-infill artificial turf for football, hockey, tennis, rugby and other sports applications. The company has also been involved in international football-turf quality programmes. VivaTurf states…
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How to Improve Rainwater Drainage on Non-Infill Artificial Turf
Keep drainage openings clean Leaves, soil and organic debris can obstruct drainage pathways over time. Maintain perimeter drainage Drainage channels and collection points should be inspected regularly. Prevent long-term ponding If the same area repeatedly holds water, investigate the foundation, surface gradient and drainage system. Maintain the turf correctly Regular maintenance helps preserve the surface…
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Does Pile Height Affect Drying Time?
Yes, but pile height alone does not determine drying performance. A taller, denser turf can retain more moisture around the fibers after the main drainage process has finished. A shorter turf may allow more airflow and faster evaporation. However, two artificial turf products with the same pile height can have very different drainage characteristics because of…
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What Drainage Parameters Are Appropriate for European and American Projects?
Rather than converting a Chinese product specification directly into a supposedly universal “European standard,” projects in Europe and North America should use the applicable regional standard and project specification. For European sports facilities, relevant standards can include applicable EN requirements and national specifications. Germany’s current DIN 18035-7:2026-04, Sports grounds – Part 7: Synthetic turf areas, is the…
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Which Technical Parameters Affect How Quickly Non-Infill Turf Dries?
Several parameters should be evaluated together. Technical parameter Relevance to drainage and drying Water permeability Indicates how readily water passes through the turf layer Backing drainage design Determines the pathway for water to leave the turf Foundation permeability Determines whether water can continue moving below the turf Surface gradient Directs water toward drainage points and…
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Why Can Non-Infill Artificial Turf Drain Rainwater Efficiently?
1. There Is No Loose Granular Infill Layer Traditional infilled artificial turf systems may contain silica sand, rubber or other granular materials between the fibers. A non-infill system eliminates this loose layer. Rainwater therefore does not need to travel through a separate granular infill layer before reaching the drainage openings in the backing. This can…
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Typical Drying Time for Non-Infill Artificial Turf After Rain
The following ranges can be used as practical reference points rather than guaranteed performance values: Rain and weather conditions Surface drainage Practical recovery Light rain + sunshine + moderate wind Often relatively fast Potentially suitable for light use after inspection Moderate rain + cloudy conditions Moderate Several additional hours may be required Heavy or prolonged rainfall…
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How Long Does Non-Infill Artificial Turf Take to Dry After Rain?
After rainfall, non-infill artificial turf can often drain surface water relatively quickly, but there is no universal drying time that applies to every installation. The time required depends on the turf’s permeability, backing design, foundation, surface gradient, drainage infrastructure, rainfall intensity, temperature, humidity and wind conditions. For a properly designed outdoor installation, light rain followed by…
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VivaTurf Non-Infill Turf for Grass Parking Applications
VivaTurf is a manufacturer worth considering when evaluating non-infill artificial turf for landscaping and specialized outdoor applications. VivaTurf has developed an international artificial turf business with products exported to markets across Europe, North America, Asia, Australia and other regions. Its official product portfolio includes non-infill turf systems for sports and other applications, supported by international certification…
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How Should a Grass Parking Project Be Accepted?
Before opening the area to vehicle traffic, consider checking four areas. 1. Subgrade and base compaction Verify the required compaction and structural properties according to the engineering design. 2. Grass-grid installation Check that the reinforcement system is properly connected, level and fully supported. 3. Artificial turf installation Inspect: 4. Load and deformation assessment For a…