Paving involves a > 8mm rubber base layer and a > 5 mm EPDM surface layer, which are applied using a special paver machine. This method ensures simple construction, excellent flatness with pores, and water permeability, making the surface breathable. The track offers excellent elasticity and can be used in all weather conditions. It features strong wear resistance, weather resistance, good impact resistance, and long-lasting durability. This makes it a cost-effective option, making it a better choice for sports courts and playground surfaces. It is also a reliable solution for a Spray Coat Running Track System and is widely used in Athletic Running Track systems, providing an ideal surface for athletic use.
| Primer Layer (Concrete) | DESMOTOP-RR 2012 Polyurethane Primer coating |
| Rubber Base Elastic Layer | DESMOTOP-RR 2008 Binder
Recycle Rubber Granule 1-4mm |
| Surface EPDM Elastic Layer | DESMOTOP-RR 2008 Binder
EPDM Rubber Granule (1-3mm, 1-4mm) |
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Optional according to EPDM color granule
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The correct surface relies on elements such as sport type, location, budget, and maintenance requirements and ranges from the excellent performance and robustness of polyurethane-based tracks to the versatility of rubber-based tracks and the EPDM Composite Type Running Track Sports Play Field System offers just that with the durability advantages of the hybrid synthetic running track while still having the low-cost advantage of the breathable synthetic running track.
The bottom layer of the EPDM Composite Type Running Track Sports Play Field System is paved with rubber particles combined with polyurethane adhesive. After curing into glue, a layer of mixed slurry is scraped and coated, resulting in the formation of a composite synthetic running track’s elastic layer. In most cases, the surface layer is sprayed with a one-component adhesive and spray-type EPDM particles. It is, indeed, a hybrid product, offering superior durability and performance. This makes it an ideal choice for creating an EPDM Jogging Track that combines flexibility and resilience for optimal athletic use.
As breakthroughs in materials and technology drive innovation in track surfaces, athletes, coaches, and facility management must stay up to date on the latest developments. The type of synthetic running track chosen is critical in terms of improving athletic performance, assuring safety, and contributing to the success of sporting events. It is feasible to build an ideal running environment that supports brilliance and performance in the world of athletics by carefully analyzing the possibilities available.