EPDM Running Tracks
JRace produces the highest-performance synthetic sport surface materials since 2007,the core materials:SPU,PU Athletic tracks,Acrylic
JRace has two manufactories which cover 8000in Guangzhou and 40000in Qingyuan, equipped with advanced high-tech , automatic, large – scale production line(Annual production capacity:43800 Tons).
Projects based on China, spreaded all over the world
JRace has its own brand, including R&D department and installation service.
Awarded ISO 9001,ISO14001,OHSAS18001.
National High-tech Enterprises.
Credit Well-kept Enterprises.
Being listed in the Government Procurement List.
1)What are different from PVC, Polyurethane, Acrylic and SPU?
It is new material for the sport surface. The structure is hard top and elastic bottom. It is single-component polyurethane; it is water-born material, adding water to make it curing. It doesn't need any hardener. It is no smell, both for indoor and outdoor. Install on the concrete or asphalt base directly. The structure has buffer coat, wearing coat, and top coat. Now JRace SPU passed ITF (3 Medium & 5Fast)
As the surface are colorful and texture, acrylic are designed material by ITF. But the surface is easy to have mark, fade, and come off. There is no elastic, it don't protect the athletic.
It is two-component polyurethane, polyurethane have elastic feature, in the market, it still have many client look for it. But under the sunshine, it has become soft, and stickiness, also have the bad smell. When install, it shall add the hardener, polyurethane is oily material, the surface have reflect light effect. Once install on the concrete, it will have bubble.
2) How to use our material?
Open the barrel – mix the materials – pour on the floor – paint by roller brush
3)Can we install by Client?
Yes, usually we have 3 ways for installation service:
A) We have installation guide with goods and 1 set tool , you can fix by yourself.
B) We can arrange technical worker to teach you how to fix.
C) You can come to China to learn from us.
Thickness ( mm )
Force Reduction %
Vertical Deformation mm
Skid Resistance BPN20°C
Tensile strength MPa
Elongation at Break %