Professional 5.5mm Badminton Court Mat China Factory Suppliers PET Crystal Sand Surface
The PET Crystal Sand Surface 5.5mm Badminton Court Mat is a premium, professional-grade flooring solution engineered specifically for high-intensity competitive play. Combining an advanced imitation quartz sand texture with a high-density elastic foam core, this mat provides the perfect balance of grip, stability, and athlete protection, making it the preferred choice for professional tournaments and elite training centers.
Designed with a focus on health and sustainability, our court mats utilize high-quality PVC materials and eco-friendly plasticizers, ensuring a formaldehyde-free environment. With a reinforced PET plastic coated fabric layer and a durable 1.6mm wear-resistant surface, this flooring is built to withstand rigorous use while maintaining peak performance and energy return for athletes.
Detailed Parameters
| Total Thickness | 5.5mm | Wear Layer | 1.6mm PVC |
|---|---|---|---|
| Surface Texture | Crystal Sand / Imitation Quartz | Anti-slip Value | 94 ~ 100 |
| Core Material | High-density Elastic Foam | Reinforcement | PET Coated Fabric |
| Environmental Standard | European Standard (16P Test) | Service Life | Up to 8 Years |
| Chemical Profile | No Formaldehyde / Heavy Metals | Performance | High Energy Return |
Key Advantages
Competition Grade
Specifically recommended for professional events, meeting the rigorous demands of elite badminton competitions.
Extended Durability
Reinforced with a PET entrapment layer and 1.6mm wear layer, ensuring a stable service life of up to 8 years.
Eco-Friendly Health
Certified non-toxic PVC with no formaldehyde or heavy metals, passing strict European environmental tests.
Professional Anti-Slip
Imitation quartz texture quickly disperses sweat and prevents falls, with anti-slip values reaching 94-100.
Shock Absorption
High-density foam reduces reaction force on feet, ankles, and knees, preventing vibration damage.
Full Power Return
Optimized rebound power with no elastic dead points, providing maximum energy return for athletes.
Product Gallery
Management Platforms
Material Sourcing
Strict procurement of premium PVC and PET fabrics to ensure consistent quality.
Precision Manufacturing
Advanced layering technology for seamless integration of the foam and wear layer.
QC Inspections
Rigorous testing for friction coefficients and vertical deformation rates.
Eco-Certification
Regular monitoring of chemical components to maintain European 16P standards.
Logistics Management
Optimized packaging to prevent deformation during international shipping.
After-Sales Support
Comprehensive guidance on installation and long-term maintenance.
Investment Return Comparison
| Feature | Standard PVC Mats | PET Crystal Sand Mat |
|---|---|---|
| Lifespan | 3-5 Years | Up to 8 Years |
| Anti-Slip Level | Average | Professional (94-100) |
| Health Standard | Basic | EU 16P Certified |
| Athlete Protection | Basic Foam | High-Density Elastic Foam |
| Energy Return | Moderate | Maximum / No Dead Points |
Frequently Asked Questions
The imitation quartz sand texture is specifically designed to disperse sweat quickly and provide a high friction coefficient (94-100), reducing the risk of slips during rapid direction changes.
Yes, it is made from environmentally friendly PVC with no formaldehyde or heavy metals, passing European 16P tests, making it ideal for school and kindergarten environments.
The 5.5mm thickness includes a high-density elastic foam process that provides superior shock absorption, protecting ankles and knees from sports-related vibration damage.
Due to the PET coated fabric entrapment layer and the 1.6mm wear-resistant surface, the normal service life of this floor is up to 8 years.
Yes, the high-toughness foam structure ensures a stable rebound with no elastic dead points, providing athletes with full power support for better performance.
While optimized for badminton, its high-grip and shock-absorbing properties make it suitable for other indoor sports requiring professional safety and stability.
