Engineering plastic tracks consist of a multi-layered high-performance surface structure with features such as long service life, high flexibility, and dynamic design. Bonded with polyurethane adhesive.
The base is mixed with special rubber granules in proportion, and the thickness is controlled by professional construction machinery. Special rubber granules are then sprinkled on the surface.
The construction of our engineering plastic track combines the techniques of "traditional" and "breathable" tracks, offering the benefits of both. UV-resistant, it effectively prevents sports injuries and is robust.
Elastomeric and cushioning layers, resistant to spikes, moderate hardness, good wear resistance, low in price, with certain usage limitations, performance lies between hybrid and breathable types, the latter being...
Roads laid on reinforced concrete foundations.
Product Features of Engineering Plastic Running Tracks:
All-weather: The engineering plastic track maintains high quality year-round and can be used after rain to enhance utilization.
2. Excellent Flatness: Professional construction machinery ensures the thickness and flatness of the runway meet standards.
3. Appropriate Elasticity: The porous base offers moderate elasticity and rebound, reducing physical exertion and enhancing competitive performance.
4. Impact Resistance: The engineering plastic track has a sturdy cushioning layer that can absorb intense impacts and reduce sports injuries; the composite plastic track is suitable for long-term use.
Practice and competitions.
5. The engineering plastic track boasts excellent nail resistance: Even at the 100-meter starting point, which is under pressure and frequent use, the surface remains undamaged by nails and starting blocks.
6. Engineering plastic tracks have excellent weather resistance: The surface of the rubber granules can withstand ultraviolet rays, ozone, wind and rain, and prolong the service life.
Engineering plastic tracks are suitable for use nationwide, in universities, middle schools, primary schools, and enterprises in cold and frigid regions with climate conditions above -16 degrees Celsius.
No snow zones.
Engineering plastic track surface layer, composed of polyurethane prepolymer, mixed polyether, rubber granules or PU granules, pigments, additives, and fillers. Engineering plastic track surface
Features excellent flatness, high compressive strength, appropriate hardness and elasticity, and stable physical properties. This material is widely applicable to plastic tracks, sports courts, and indoor and outdoor sports surfaces.
Flexible with color, it boasts excellent UV resistance and weather resistance, making it globally recognized as a high-quality outdoor sports flooring material suitable for all-day use.
The construction process for the engineering plastic track installation uses a three-step method. Firstly, add an appropriate amount of rubber granules to the adhesive liquid, lay the base adhesive with a thickness of 8 millimeters, then...
After curing, apply a 2mm thick layer of adhesive on top, sprinkle red granules evenly by hand, collect any excess adhesive granules, and then spray another layer of adhesive on top.
Engineering plastic tracks are suitable for round-the-clock use under the condition of certain drainage facilities. These tracks are used for athletes' training and competition, as well as for students' physical exercise and fitness activities.
Not suitable for other uses; engineering plastic tracks should be avoided from contamination by harmful substances and from severe mechanical impacts and abrasion. Vehicles are not allowed to drive on the track, heavy loads should not be stacked, and sharp objects are prohibited.
Items. Athletes should wear specialized sports shoes or sneakers. Jumping shoes may not exceed 12 millimeters, and if the sneakers have longer spikes, the spike length must not exceed 9 millimeters.
