| Fiber Material | Nylon 6 or nylon 6,6 monofilament or textured yarn | Nylon generally offers high resilience, good abrasion resistance, and strong recovery after repeated foot traffic. | High-traffic landscapes, sports training areas, commercial spaces, and installations requiring a more upright appearance. | Confirm the polymer type, yarn construction, UV-stabilization method, and compliance with the project’s local performance requirements. |
| Pile Height | 20–40 mm | Shorter piles are easier to stabilize and maintain, while medium piles provide a softer appearance and more visual coverage. | 20–30 mm: pathways, rooftops, balconies, and high-use commercial zones.
30–40 mm: residential gardens and decorative landscapes. | Do not select pile height alone; evaluate it together with stitch rate, face weight, infill, and expected traffic. |
| Face Weight | 1,000–2,500 g/m² | Higher face weight usually indicates more yarn per surface area, which can improve coverage and wear resistance when the backing and installation are also suitable. | Lower end: light-use decorative areas.
Upper end: heavy-use commercial, hospitality, and sports-related applications. | Compare face weight using the same pile height and yarn type; face weight is not the same as total product weight. |
| Stitch Rate | 14–20 stitches per 10 cm | A higher stitch rate can improve turf density and reduce visible gaps, but it may also increase product weight and cost. | Higher rates are useful where a dense appearance, frequent traffic, or reduced infill visibility is required. | Check stitch rate together with yarn thickness and row spacing because density depends on all three factors. |
| Yarn Shape | Multi-layer, ribbed, or structured monofilament; textured yarn may be used for thatch or visual fullness | Structured profiles can improve resilience and help blades return upright after compression. | Areas with repeated pedestrian use, furniture movement, or routine maintenance equipment. | Request recovery testing after compression rather than relying only on profile descriptions. |
| Primary Backing | Woven or non-woven polypropylene backing, commonly in a two-layer construction | The primary backing holds the tufted yarn and contributes to dimensional stability during installation and use. | Most landscape and sports-style systems, provided the backing is compatible with the adhesive and sub-base. | Review tensile strength, tear resistance, tuft bind, dimensional stability, and resistance to temperature changes. |
| Secondary Backing | Latex or polyurethane coating, selected according to drainage and installation requirements | The coating locks the tufts in place and influences flexibility, water flow, weight, and long-term stability. | Polyurethane may be considered where strong tuft bind and low water absorption are priorities; perforated systems are needed for drainage. | Confirm coating type, perforation pattern, tuft bind, hydrolysis resistance where relevant, and compatibility with adhesives. |
| Perforation and Drainage | Perforated backing with a distributed drainage pattern; target drainage should be verified by laboratory testing | Drainage capacity helps prevent standing water, odors, algae growth, and sub-base deterioration. | Rainy climates, tropical regions, irrigation zones, balconies, rooftops, and areas exposed to frequent cleaning. | Use a tested water-permeability value in L/m²/min or mm/h, and check the complete system rather than the turf alone. |
| Typical Drainage Performance | Approximately 1,000–3,000 mm/h for many perforated landscape products | This range can accommodate substantial rainfall when the sub-base, joints, and outlets are designed correctly. | General landscape applications with a properly prepared permeable base. | Actual performance varies by perforation area, backing, infill, installation method, and test standard. Confirm project-specific data. |
| Sub-Base Requirement | Compacted, level, free-draining aggregate base with suitable edge restraints | A high-drainage turf cannot compensate for a poorly compacted or impermeable foundation. | Outdoor installations in all climates, especially regions with intense rainfall, freeze–thaw cycles, or expansive soils. | Verify aggregate gradation, compaction, slope, geotextile use, drainage outlets, and local soil conditions before installation. |
| Recommended Surface Slope | Typically 1–2% where site conditions allow | A gentle fall directs water toward drains and reduces reliance on vertical infiltration alone. | Large landscapes, rooftops, courtyards, and areas where surface runoff must be controlled. | Coordinate the slope with accessibility, door thresholds, drainage channels, and local construction regulations. |
| Infill Selection | Rounded silica sand, coated sand, rubber, organic infill, or an engineered combination | Infill can support the yarn, improve stability, modify resilience, and affect drainage and surface temperature. | Choose according to traffic level, climate, maintenance capacity, odor sensitivity, and whether the area is sports or decorative. | Check infill particle size, dust content, migration risk, moisture behavior, and compatibility with the backing and drainage layer. |
| UV and Climate Resistance | UV-stabilized yarn and backing tested for the expected solar exposure and climate | Sunlight, heat, humidity, salt air, frost, and rapid temperature changes can affect color, strength, and backing stability. | High-altitude, tropical, coastal, desert, and cold-weather projects. | Request accelerated weathering results and confirm the test method, exposure duration, color change, and tensile-retention data. |
| Temperature Considerations | Design the complete system for the local temperature range; use appropriate infill and shading where necessary | All synthetic turf can become hot under direct sunlight, while extreme cold can affect flexibility and installation timing. | Desert climates, exposed rooftops, playground-adjacent areas, and freeze–thaw regions. | Evaluate surface-temperature expectations, expansion gaps, adhesive behavior, and installation limits stated in the technical data. |
| Traffic Classification | Light, moderate, or heavy use based on expected users and hours of operation | Traffic determines the required combination of nylon resilience, density, backing strength, infill, and maintenance frequency. | Light: private gardens.
Moderate: hospitality and offices.
Heavy: public areas, walkways, and training zones. | Use expected annual footfall and maintenance equipment, not only the intended visual appearance, to select the construction. |
| Installation and Maintenance | Stable sub-base, secure seams, adequate edge restraint, regular brushing, debris removal, and periodic infill leveling | Correct installation and routine care preserve drainage, appearance, tuft recovery, and seam stability. | All global projects, with maintenance frequency adjusted for rainfall, dust, leaves, pets, and traffic. | Obtain installation tolerances, seam procedures, cleaning guidance, replacement recommendations, and inspection requirements. |
| Overall Selection Priority | Match structure, backing, drainage, climate, traffic, and sub-base as one system | The best nylon turf is not necessarily the product with the highest pile or face weight; system compatibility determines long-term performance. | Suitable for international procurement, multi-climate specifications, and projects requiring consistent technical evaluation. | Require a technical data sheet, independent test reports where available, sample approval, installation method statement, and project-specific drainage design. |
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