Category: cost artificial grass
-
Recommended Drainage Parameters for Outdoor Non-Infill Turf
For outdoor landscaping, rooftop, and sports applications, buyers should focus on system performance rather than appearance alone. Performance Item Recommended Consideration Purpose Water permeability Tested drainage performance preferred Ensures efficient rainwater movement Backing type Fully perforated or permeable backing Improves vertical drainage Fiber density Balanced with drainage requirements Avoids excessive water resistance Base slope Approximately…
-
How Does Non-Infill Artificial Turf Drain Rainwater?
Non-infill turf systems usually rely on two main drainage mechanisms: 1. Fiber Layer Water Guidance The spaces between artificial grass fibers allow rainwater to move downward. Proper fiber design balances: If the grass fibers are excessively dense, the spaces between fibers may become restricted, slowing water movement. 2. Perforated Backing Drainage The backing layer is…
-
Does Non-Infill Artificial Turf Get Waterlogged After Rain?
No, properly designed non-infill artificial turf should not normally experience long-term waterlogging after rain. The drainage performance mainly depends on the turf backing structure, perforation design, fiber density, installation foundation, and overall drainage system. A high-quality non-infill turf system with permeable backing and a properly prepared base can allow rainwater to pass through efficiently. However, poor…
-
Key Parameters to Consider Before DIY Installation
Choosing the right turf specification can significantly influence installation difficulty and long-term performance. Parameter Recommended Residential Range Importance Grass Height 20–35 mm Easier cleaning and better stability Fiber Type PE or PE/PP hybrid Comfort and durability balance Backing Structure Reinforced perforated backing Supports drainage Water Permeability Tested drainage performance recommended Reduces standing water risk UV…
-
Recommended DIY Installation Steps for Non-Infill Artificial Turf
Step 1: Prepare the Installation Area Before installation: For soil areas, compacting the base layer helps improve long-term stability. Step 2: Unroll and Relax the Turf Artificial turf is usually transported in rolls. Before final installation: This helps reduce wrinkles caused by transportation. Step 3: Cut and Position the Turf When cutting: Correct alignment improves…
-
Why Non-Infill Artificial Turf Is Suitable for DIY Installation
Traditional artificial turf systems often require additional infill materials such as silica sand or rubber granules to support the grass fibers, improve stability, and maintain performance. Non-infill artificial turf uses advanced turf structures that rely on: to provide stability without additional loose infill materials. This design offers several advantages for residential DIY projects: 1. No…
-
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…
-
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…
-
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…
-
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…