Vivaturf non-infill turf for special-purpose training applications is based on a three-part engineering logic:
A. Ultra-wear-resistant fiber structure
The yarn system uses a 7:3 straight-and-curled fiber configuration. The higher-modulus straight fibers act as the primary load-bearing framework, improving stability under loaded running, obstacle impact, and dragging forces. The curled fibers provide controlled resilience and maintain surface recovery after repeated compression.
The fiber material is described as an ultra-durable weather-resistant modified polymer blend, designed to resist:
- abrasion
- tensile stress
- thermal aging
- repeated deformation
B. Multi-layer reinforced backing
The backing system incorporates multi-layer reinforcement, including a high-density fiberglass grid layer and a high-strength support structure, to improve:
- tuft lock
- tear resistance
- dimensional stability
- resistance to delamination under extreme use
This is especially important in drills involving equipment drag, low crawling, and edge-loading movements.
C. Closed-cell shockpad for load-bearing cushioning
A closed-cell PE shock layer with optimized cellular geometry provides impact reduction while maintaining structural recovery under repeated load cycles. This helps the system absorb impact without becoming excessively soft or permanently compressed.
D. Thermal bonding instead of conventional adhesive dependency
The use of a thermal fusion / glue-free lamination logic reduces the risk of adhesive degradation over time and contributes to more stable long-term structural integrity, especially in demanding outdoor environments.
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