Nano-enhanced anti-skid and wear-resistant technology
GZUNISPORT uses nano-scale functional metal compound particles, which are evenly distributed in the polymer network structure of rubber, significantly improving the anti-skid performance, wear resistance and stability of the track, while enhancing its aging resistance to ensure excellent performance in long-term use.
Porous foam high rebound system
Through precise formulation and automated process control, the polymer materials developed by GZUNISPORT form a micron-level pore structure during the synthesis process, greatly improving the elasticity and energy feedback of the track, providing athletes with a more comfortable foot feel and lasting rebound performance.
Dynamic rebound enhanced structure
GZUNISPORT's unique three-dimensional elastic structure design, combined with optimized geometric space and scientific tilt angle, enables the track surface to respond quickly to sports impact, achieve excellent energy rebound, and help sports performance reach its peak.
Main Materials
Prefabricated environmentally athletics rubber track roll (13mm thick, 1.22 meters wide, and can be any length), special adhesive (FB307-M).
Material ratio
Special adhesive FB307-M (18kg/barrel), color matching powder (30kg/bag), appropriate amount of drying agent and diluent
Multi-layer performance structure design
1. Surface layer (3-5mm)
Orange textured non-slip surface with high visual recognition
Provides excellent friction and ensures stable grip even in wet environments
Uniform wear, strong durability, easy to clean and maintain
Unique surface embossing structure supports rapid drainage and ensures all-weather use
2. Bottom layer (6-10mm)
Grid-like honeycomb structure and scientific tilt angle design
Effectively absorb impact and achieve efficient rebound, significantly reducing athletes' joint pressure and sports fatigue
Strong cushioning, enhanced energy feedback, and improved competitive performance
Can be firmly bonded to the base ground to ensure long-term structural stability
