Vivaturf’s mechanical structure is based on a three-layer synergy model:
(1) Micro-Level Fiber Collaboration
At the surface level, Vivaturf utilizes a 7:3 straight-to-curled fiber configuration:
- 70% high-modulus straight fibers
Provide structural rigidity and load-bearing capacity, helping distribute forces generated during sprinting, jumping, and directional changes. This supports efficient energy transfer and reduces excessive surface deformation. - 30% high-resilience curled fibers
Deliver cushioning and elastic recovery, absorbing initial impact forces while supporting fiber uprightness and surface consistency.
This combination helps avoid the drawbacks of single-material systems—overly stiff surfaces or insufficient support—while maintaining a more stable and comfortable playing experience.
(2) Macro-Level Shock Distribution Layer
Beneath the fiber layer, Vivaturf integrates a closed-cell PE shockpad system designed for load dispersion:
- Closed-cell structure acts as a macro “spring system”
- Evenly distributes impact forces across a wider area
- Reduces localized stress on joints
- Helps maintain consistent mechanical response across the field
This layer plays a key role in balancing impact absorption and structural support, particularly under repeated high-intensity use.
(3) Structural Backing Support Layer
At the base, a multi-layer reinforced composite backing system provides structural integrity:
- High-density fiberglass grid for tensile strength
- Reinforced polymer layers for dimensional stability
- Secure fiber anchoring to maintain upright retention
Vivaturf also applies a heat-bonded composite process, reducing reliance on traditional adhesives. This can help minimize risks associated with long-term hydrolysis, delamination, or material fatigue, supporting more stable long-term performance.
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