Uwe Seeler Fussball Park – Malente
Cork infill application in the artificial turf pitch of Uwe Seeler Fussball Park.
Infills
High-performance cork and cork-based infills engineered to deliver optimal player comfort, consistent ball behavior, and a cooler playing surface — all while reducing environmental impact.Bringing back a part of nature to the artificial turf system
The use of natural cork or cork combined with other materials as an infill is favoured due to corks’ many positive proprieties, such as: low density (insulation properties with low heat absorption when exposed to sunlight), high elasticity (because of the large share of air that fills its cell structure), high strength and low wear, high fire resistance, attractive life-cycle assessment, no environmental toxicity, largely odour-neutral and decay resistance (due to the suberin content of the cork, the material is highly resistant to moisture and subsequent oxidisation and decay).
Amorim Sports’ infills deliver perfect density to avoid buoyancy and system migration and guarantees excellent energy absorption, avoiding player injury under fall.
-
Amorim Nature Infills: verified carbon performance
An independent Life Cycle Assessment (LCA) conducted by ITECons, in accordance with EN ISO 14040/44, confirms the environmental performance of Amorim Nature Infills for artificial turf systems.
Using a cradle-to-gate approach (A1–A3), the study shows that the high-density cork used in Amorim Nature Infills delivers a carbon benefit, due to biogenic carbon storage in cork oak forests.
Carbon footprint results (per kg of product):
Amorim Nature 130: –1.8 kg CO₂ eq.
Amorim Nature 190: –1.77 kg CO₂ eq.
Amorim Nature 250: –1.68 kg CO₂ eq.
Beyond carbon performance, Amorim Nature Infills improve player comfort, help stabilise surface temperature and contribute to the durability of artificial turf systems.Source: Life Cycle Assessment of Amorim Nature Infills – Independent LCA by ITECons
-
Elasticity from Cork’s Unique Cellular Structure
Cork is composed of millions of airtight cells, each filled with a gaseous substance that allows it to be compressed to half its thickness without losing flexibility, then return to its original shape once decompressed.
This natural resilience gives cork exceptional elasticity and compression resistance—key advantages when used as infill in artificial turf systems, helping maintain consistent performance and playing comfort over time.
-
Cork Infills Engineered for Reliable Performance
We develop natural cork and cork-based infills specifically for artificial turf systems, engineered to meet strict construction standards that ensure consistent performance and help prevent common field issues.
Our infills deliver the perfect balance of cost efficiency and environmental responsibility, providing exceptional durability, multifunctional benefits, and long-term suitability for the most demanding sports applications.
Infill's main attributes
Discover Real-World Applications
SG Malsburg-Marzell Sports Club
Cork infill application in the Malsburg’s artificial turf football field.
Cork applied in artificial turf systems
Cork infill applied in the soccer field of the Tangstedt Sports Club's soccer field in Germany