Rubber Gym Floor Tiles
High-density modular flooring for intensive training and heavy equipment
View Technical SpecificationsRubber Gym Floor Tiles
The EVEREST® Rubber Tile is a high-density modular floor designed to provide a durable, safe, and high-performance surface in intensive training environments. Its structure offers excellent impact absorption, protecting both the subfloor and equipment during use.
Thanks to its 1m x 1m format, it allows quick adaptation to any space, from commercial gyms to home workout areas. Its superior anti-slip surface ensures safety in both dry and wet conditions, making it ideal for routines involving weights and heavy equipment.
Durability and Safety for Gyms
The EVEREST® Rubber Tile is specifically designed to deliver maximum performance in intensive sports environments:
- Superior cushioning that protects joints and reduces fatigue during workouts
- High-density rubber structure for resistance to heavy equipment impact
- Superior anti-slip surface that ensures stability even in wet conditions
- Noise reduction that minimizes sound from weights and equipment
- Easy modular installation that adapts to any training space
These features make it the ideal solution for commercial gyms, CrossFit boxes, free weight areas, and home training spaces where safety, durability, and performance are prioritized.
Technical Specifications - Rubber Gym Floor Tiles
| Parameters | Specifications |
|---|---|
| Manufacturing Material | High-Density Rubber |
| Tile Dimensions (Width x Length) | 1.0 m x 1.0 m |
| Thickness | 15 mm |
| Available Color | Black |
| Anti-Slip Property | Superior in dry and wet conditions |
| Impact and Noise Absorption | High (Protects floor and reduces weight noise) |
| Recommended Use | Commercial gyms, home workout areas, heavy equipment use |
| Installation | Modular, quick adaptation to any space |
| Feature | Specifications |
|---|---|
| Wear Resistance | Excellent (for intensive gym use) |
| Water and Moisture Resistance | Excellent (superior anti-slip in wet conditions) |
| Impact Resistance | High (protects floor and equipment, reduces noise) |
| Durability | High (high-density rubber structure) |
| Maintenance | Easy (simple cleaning with neutral products) |
| Installation | Quick and modular (adapts to any space) |
Main Applications
Ideal uses for Rubber Tiles in training spaces
Commercial Gyms
Training areas with heavy equipment requiring durability, safety, and noise reduction.
Home Gyms
Domestic training spaces needing floor protection and impact absorption.
Intensive Training Areas
Zones for demanding routines with free weights requiring maximum cushioning and anti-slip surface.
Rubber Tile Advantages
Impact Absorption
High-density rubber structure that protects the floor, reduces weight noise, and cushions equipment drops.
Anti-Slip Surface
Superior anti-slip properties in dry and wet conditions, ensuring safety during intense workouts.
Modular Installation
1m x 1m format allows quick adaptation to any gym or training area space.
Long-Lasting Resistance
Designed to withstand intensive routines and constant use of heavy equipment in commercial gyms.
Acoustic Reduction
Significantly minimizes noise generated by dropping weights and equipment movements, ideal for shared spaces.
High Performance
Safe, high-performance surface that maintains its properties even with continuous intensive use.
When to Choose Rubber Tiles?
Comparison with other sports flooring materials
EVEREST® Rubber Tiles
Ideal for: Commercial gyms, home workout areas, heavy equipment use
PVC Tiles
Ideal for: Indoor commercial gyms, yoga studios
Sports Carpet
Ideal for: Light residential use, basic exercise areas
Installation Features
Modular system designed for easy adaptation
Modular System Advantages
Note: For specific installation and maintenance recommendations, consult our technical team or visit our main website.
Need Rubber Tiles for Your Gym?
We offer high-density modular rubber flooring for spaces requiring durability, safety, and noise reduction. Ideal for commercial gyms and home workout areas.