Amorim Dynamic 702
Cork-based shock pad with an unique distinctive design for sustainable sportsDynamic 702 is a shock pad engineered with cork in its composition. Our shock pad features a unique smiley-shaped punched design, and allows for excellent drainage and water permeability, ensuring safety and performance.
Certified according to EN standards, it ensures compliance with industry regulations and meets the necessary safety requirements and performance. Amorim Dynamic 702 is engineered to meet drainage demands, ensuring optimal field conditions even in challenging weather. This shock pad delivers high elasticity, enhancing cushioning comfort and player experience.
Made with cork, it also contributes to reduce the carbon footprint, making this product an environmentally responsible choice.The use of a shock pad is a crucial element when using organic infills to complement field performance. Cork-based infills always provide elasticity when comparing with other organic materials, but they need an additional cushioning layer in some system certifications. By combining safety, excellent performance, and sustainability, Dynamic 702 is the ideal choice for sports surfaces.
Benefits
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Construction
Quick and easy installation process.
Meets drainage requirements with its unique smiley-pattern design and textured surface.
Compatible with most leading manufactured artificial turf systems.
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Sustainability
Cork is a natural CO₂ retainer, helping to reduce the overall carbon footprint.
Reusable for multiple installations: when a turf system is replaced, the existing Amorim Dynamic 702 can be reused under the new installation.
Weatherproof and long lasting; resists rotting, hardening, or becoming brittle over time.
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Technical Performance
Optimized shock absorption and controlled vertical deformation.
High elasticity for superior cushioning and player comfort.
Provides a reliable foundation for consistent sports performance while ensuring a safe, comfortable playing surface.
Maintains consistent performance throughout its entire service life.
Retains its properties even in high-frequency use areas.