ECORE Performance dBTile Rubber Tile - 2.5" Acoustic Flooring

Performance dBTile is a 2.5-inch thick molded rubber tile system designed for maximum acoustic control and shock absorption in high-impact training environments.

This premium flooring solution excels in environments where sound control is critical, such as multi-story facilities, residential gyms, or any space requiring noise mitigation. Key applications: The tiles absorb impact energy from dropped weights, reduce vibration transmission, and return energy to users during dynamic exercises. Design flexibility: Available in 24 colors with optional custom inlaid logos and designs.

Each tile measures 24" x 24" with 2.5-inch thickness, constructed from molded vulcanized composition rubber.

The precision-molded design ensures consistent performance across all installation areas. Coverage calculation: Each tile covers 4 square feet, making project planning straightforward. Material composition: Vulcanized composition rubber provides superior durability and performance compared to standard rubber matting.

The tiles install as individual interlocking pieces over properly prepared subfloors with precision-molded edges creating tight seams.

Installation process: Each tile features engineered edges that interlock with adjacent tiles for seamless coverage and professional appearance. Subfloor requirements: Properly prepared subfloors ensure optimal performance and longevity. Professional results: The molded design eliminates gaps and maintains consistent surface height across the entire installation.

Contact us for specific warranty details on Performance dBTile products.

ECORE provides comprehensive warranty coverage for their flooring systems, with terms varying based on application and installation conditions. Coverage considerations: Warranty terms may differ between commercial and residential applications. Professional support: Our team can provide detailed warranty information specific to your project requirements and usage patterns.

The 2.5-inch thickness provides superior acoustic control and shock absorption compared to thinner rubber flooring systems.

Acoustic advantages: The substantial thickness dramatically reduces sound transmission through floors, making it ideal for multi-story facilities or noise-sensitive environments. Performance benefits: Thicker construction offers greater force reduction and energy return compared to standard gym flooring. Investment value: While initially more expensive, the enhanced performance and durability provide long-term value.

Performance dBTile is manufactured from reclaimed rubber materials and remains fully recyclable at the end of its service life.

Sustainable manufacturing: ECORE transforms waste rubber materials into premium flooring products, diverting materials from landfills. End-of-life recycling: The vulcanized composition rubber can be fully recycled, creating a closed-loop system. Environmental impact: This approach significantly reduces the environmental footprint compared to virgin material manufacturing.

Yes, Performance dBTile supports custom inlaid logos and designs along with 24 standard color options.

Design flexibility: Custom logos and designs are inlaid during the manufacturing process, ensuring they won't wear off over time. Color options: Choose from 24 standard colors ranging from Basic Black to team colors like Blue Jays and Cardinals. Brand integration: Custom designs allow facilities to reinforce their brand identity while maintaining premium performance characteristics.

Expect exceptional shock absorption, noise reduction, energy return to users, and excellent traction in wet and dry conditions.

Impact management: The 2.5-inch thickness absorbs significant impact energy while reducing force transmission to joints and surrounding structures. Surface performance: High coefficient of friction maintains safe footing during intense workouts. User benefits: The material returns energy during dynamic movements while providing consistent cushioning that reduces fatigue over extended training sessions.