Comfort and safety with cork-based materials that improve shock absorption

With high temperatures and humidity ratios, the main challenges of a synthetic turf in Latin America and, in this case, in Peru (Lima), are related to the athletes comfort: technical shock absorption, lower energy restitution, but above all, lower surface temperature in order to avoid health issues. On the other hand,…

Sportsgrass was the company responsible for the planning and installing the project. After the ground works provided the necessary structural requirements, a 30 mm SBR based insitu e-layer was installed, providing perfect flatness and shock absorption performance. A new innovative artificial turf “ACT Global Xtreme Tur…

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…

Excellent performance means different things for different stakeholders, such as: athletes, installers, turf manufacturers, designers or regulatory entities. Amorim Sports has an extensive knowledge about cork and its goal is to develop new materials that fulfil market requirements, the system’s performance and that p…

Since cork has low heat absorption when exposed to light, cork-based or cork infills reduce the turf’s surface temperature by up to 30%, when compared to other infill solutions, ensuring conditions for comfortable use, all year round.

Cork-based infills are designed to enable functional suitability, striking a balance between cost-effectiveness and environmental compatibility, material durability and multi-functionality.   This solution offers advantages for users compared to other types of infills: it is odourless, with more natural appearance and…

Given its unique cellular structure, cork has a high shock-absorption capacity and thermal conductivity. These characteristics, together with a natural texture and appearance, make cork infills a non-aggressive solution for players, guaranteeing system performance and reducing wear and tear.

It clearly depends on the type of selected cork infill or cork-based infill. A clean and good-quality cork has very low water absorption characteristics. Additionally, while there are cork types available with higher water absorption capacities, the water absorption of cork is generally limited. Cork-based infills are…

Cork provides outstanding elastic characteristics which lead to a lower energy restitution without compromising shock absorption. For athletes, this represents lower fatigue and better training conditions.

Shockpad for artificial turf systems, applied insitu, with a proprietary carrier mat to enhance shock absorption and designed to facilitate installation, combined with expanded cork to create a high-performance system.   It is weatherproof, long-lasting and decay-resistant.

Amorim Ice delivers excellent thermal performance and softness, offering players and coaches all the guarantees from their artificial turf system. It offers a good balance of shock absorption, elasticity, stable strength, durability and heat-resistance. It has increased wear resistance when compared to 100% natural in…

Combining rubber from recycled tires and cork, it provides a product that complies with FIFA requirements for shock pads and creates a high-performance system. It is weatherproof, long-lasting and decay-resistant.

- Great energy absorption, avoiding player injury under fall   - Improved rotational friction, avoiding player injury   - Low energy restitution, aiming players comfort   - High elasticity and compression resistance