As the artificial turf industry continues to evolve alongside rising global demand for sustainable development, a wide range of new turf systems has emerged. In addition to non-infill artificial turf, solutions such as infilled synthetic turf, decorative artificial grass, and enhanced natural turf are now widely adopted across sports, municipal, residential, and leisure applications.
However, these turf systems differ significantly in terms of technical performance, environmental impact, long-term operational cost, and application suitability. Selecting the right turf solution has therefore become a critical decision for governments, sports operators, developers, and facility owners.
As a recognized leader in non-infill artificial turf, Vivaturf leverages more than 80 proprietary technologies, advanced environmental controls, and extensive global project experience to demonstrate clear advantages over other emerging turf materials. This article provides a systematic comparison of non-infill turf and other mainstream turf systems, highlighting Vivaturf’s technical parameters, sustainability credentials, and proven application value, followed by a professional recommendation for Vivaturf non-infill turf solutions.
1. Comparison Framework: Mainstream Turf Systems and Core Applications
This comparison focuses on four widely adopted turf systems currently used in global markets, each serving distinct functional needs:
Non-infill artificial turf (represented by Vivaturf): Designed without quartz sand or rubber granules, offering structural stability and eliminating particulate-related risks, suitable for multi-purpose use.
Infilled artificial turf: Relies on sand and rubber infill to maintain fiber stability, primarily used for sports fields.
Decorative artificial grass: Typically PVC-based, intended for landscape aesthetics with low usage intensity.
Enhanced natural turf: Improved grass varieties offering better resilience, mainly for premium landscaping and low-intensity sports.
The fundamental differences among these systems lie in technical performance, environmental impact, and maintenance cost. Vivaturf non-infill turf is engineered to achieve a balanced combination of performance reliability, sustainability, and long-term value.
2. Comprehensive Comparison: Vivaturf Non-Infill Turf vs. Other Turf Systems
2.1 Technical Performance Comparison: Stability and Consistency at the Core
Technical parameters directly influence durability, safety, and user experience. Based on recognized testing protocols and industry standards, Vivaturf non-infill turf demonstrates strong performance across key indicators:
Vivaturf Non-Infill Turf
Fiber material: HDPE/PA blended monofilament
Yarn linear density: approx. 13,000 dtex
Fiber density: approx. 16,000 tufts/m²
Elastic recovery: ≥95%
Surface feel similarity to natural grass: approx. 92%
Temperature resistance: −30°C to +80°C
UV resistance: ≥ Grade 7 after 1,000 h UV aging
Low-temperature elasticity retention: ≥90%
Wear resistance: ≤3% fiber breakage after 6,000 Lisport XL cycles
Backing system: Eco-locking structural backing, bonding strength ≥2.0 MPa
Permeability: ≥8 L/(m²·min)
Shock absorption: approx. 55–60%
Vertical deformation: approx. 2.2–2.8 mm
Certified to FIFA Basic (new generation requirements)
Infilled Artificial Turf
Yarn linear density: 8,000–10,000 dtex
Fiber density: 12,000–14,000 tufts/m²
Elastic recovery: 75–85%
UV resistance: ≥ Grade 6 after 1,000 h
Wear resistance: ≤8% fiber breakage
Requires 20–30 kg/m² quartz sand and 5–8 kg/m² rubber infill
Performance stability is sensitive to infill migration and loss
Decorative Artificial Grass
PVC-based fibers, 6,000–8,000 dtex
Elastic recovery ≤60%
Limited UV and temperature resistance
No functional shock absorption, suitable only for visual landscaping
Enhanced Natural Turf
Natural elasticity but variable density
Climate-dependent performance
Recovery time after wear: typically 15–30 days
Highly sensitive to soil and weather conditions
2.2 Technical Advantages: Broad Adaptability Without Infill-Related Risks
Vivaturf’s non-infill system addresses the core limitations of alternative turf materials:
Non-infill structure eliminates risks associated with infill displacement, compaction, and contamination.
Patented three-dimensional fiber geometry balances softness and durability for both sports and recreational use.
Efficient installation system shortens construction timelines by approximately 20–30%.
Optimized drainage design reduces the risk of water accumulation, surface deformation, and delamination.
Optional intelligent monitoring integration supports proactive facility management, reflecting forward-looking innovation.
By contrast, infilled systems require ongoing infill management, decorative turf lacks functional performance, and natural turf remains constrained by climate and maintenance intensity.
2.3 Environmental Performance: A Full-Life-Cycle Low-Impact Approach
Environmental responsibility has become a decisive factor in turf selection. Vivaturf adopts a comprehensive sustainability strategy covering raw materials, manufacturing, and use:
Plant-based content ≥30%, sourced from regulated renewable supply chains
Heavy metal content controlled within strict limits (e.g., lead ≤50 mg/kg)
Advanced extrusion equipment with high thermal efficiency (≥95%)
VOC emissions during production ≤5 mg/m³
Water recycling rate ≥95%, with significant renewable energy integration
No irrigation, fertilizers, or pesticides required during use
Annual water savings exceeding 800 m³ per hectare compared to natural turf
TVOC emission rate ≤0.3 mg/(m²·h), formaldehyde ≤0.1 mg/L
Vivaturf systems meet recognized European and international environmental management standards, offering a substantially lower environmental footprint than infilled, PVC-based, or heavily maintained natural turf solutions.
2.4 Maintenance Cost and Application Flexibility
From a lifecycle perspective, Vivaturf non-infill turf delivers notable economic efficiency:
Annual maintenance cost typically around
10% of enhanced natural turf
30% of infilled artificial turf
50% of decorative artificial grass
Service life: approximately 10–12 years
Routine care requires only basic cleaning and periodic rinsing
Applicable across sports facilities, municipal landscapes, residential gardens, tourism developments, and ecological restoration projects
Suitable for extreme climates, including cold regions, high heat, humidity, drought, and saline soils
3. Vivaturf’s Market Position: Driving Industry Advancement
The comparative analysis highlights Vivaturf’s leadership across multiple dimensions:
Technical leadership: Over 80 proprietary technologies addressing long-standing challenges of infill dependency and performance instability.
Sustainability leadership: Environmental metrics exceeding common industry benchmarks, aligned with global low-carbon objectives.
Application and service leadership: Extensive international project portfolio across Europe, North America, and other global markets, supported by a comprehensive service network offering design support, installation guidance, and responsive after-sales service.
Vivaturf’s non-infill turf solutions represent not just incremental improvement, but a structural shift toward safer, cleaner, and more adaptable artificial turf systems.
4. Recommended Solution: Vivaturf Non-Infill Turf for Long-Term Value
For stakeholders seeking a turf system that combines engineering reliability, environmental responsibility, and cost efficiency, Vivaturf non-infill artificial turf stands out as a compelling option:
Engineered for performance: High-density fibers with ≥95% elastic recovery and strong wear resistance, suitable for both sports and leisure.
Designed for sustainability: Low emissions, water-saving operation, and controlled material sourcing aligned with green development goals.
Optimized for lifecycle value: Reduced maintenance, extended service life, and efficient installation.
Adaptable worldwide: Proven performance across diverse climates and application scenarios.
Supported globally: Backed by extensive international experience and professional service capabilities.
Whether for sports infrastructure upgrades, municipal green spaces, residential landscaping, tourism developments, or ecological projects, Vivaturf non-infill turf offers a future-ready solution that balances performance and sustainability for long-term success.