PP Interlocking Tile

Lightweight, Colourful Interlocking Flooring for Multi-Purpose Fitness Spaces.

PP Interlocking Tile from Everise Fitness is built from polypropylene (PP), a different material class from the rubber tiles and rolls in the flooring range, and it brings a different set of advantages to the table. It’s a practical choice for spaces that want a clean, modular floor without the weight and setup that comes with rubber flooring.

The tile comes in a single 15mm thickness and is available in five colours, Blue, White, Yellow, Red, and Green. All these options make it one of the more visually flexible flooring options for gyms that want to mark out zones or simply add some colour to the space rather than sticking to the usual black or grey.

Because it’s a PP interlocking format, tiles connect directly to one another without needing adhesive, which generally makes both installation and future reconfiguration simpler compared to bonded flooring. It’s a format often used in areas like functional training zones, kids’ fitness spaces, or multi-purpose rooms where the floor might need to be adjusted or partially replaced over time.

To check availability, area coverage, or get a quote for your space, you can reach out to Everise Fitness through the enquiry form.

Frequently Asked Questions

Question 1. What’s the difference between PP tiles and rubber tiles?
Answer: PP (polypropylene) is a different material from rubber, it’s typically lighter in weight and offers a wider colour range, while rubber tiles are generally chosen for heavier shock absorption in weight training areas.

Question 2. What colours are available for PP Interlocking Tile?
Answer: It comes in Blue, White, Yellow, Red, and Green.

Question 3. Can PP tiles be rearranged or partially replaced later?
Answer: Yes, since the tiles interlock rather than being bonded down, individual sections can generally be lifted and repositioned or swapped out.

Question 4. Is PP Interlocking Tile suitable for weight training areas?
Answer: It’s better suited to multi-purpose and functional spaces; for heavy weight-drop zones, a thicker rubber option would typically offer more shock absorption.