High Impact Gym Tile - 40mm (1m x 0.5m)
We recommend purchasing at least 10% extra product to allow for errors, damages or obstacles
- Shipped by 9th June
The BLK BOX High Impact Gym Tile is a heterogeneous (dual layer) construction. Constructed using a 37.5mm recycled rubber base bonded to a 2.5mm EPDM top Sheet, giving an overall thickness of 40mm.
Delivery
Delivery
Ships in 2 Working Days
- Orders up to £50.00 — £4.99
- Orders £50.01–£150.00 — £9.99
- Orders £150.01–£349.99 — £19.99
- Orders £350.00–£499.99 — £39.99
- Orders £500.00 and over — Free
Finance Options
Finance Options
Installation Guide
Installation Guide
Installation Guides

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40mm Heavy-Duty Construction for Maximum Impact Protection
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Modular Design Fits Any Space
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2.5mm EPDM Top Layer for High-Density Wear Resistance
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Tool-Free Install with No Adhesives Required

-
40mm Heavy-Duty Construction for Maximum Impact Protection
-
Modular Design Fits Any Space
-
2.5mm EPDM Top Layer for High-Density Wear Resistance
-
Tool-Free Install with No Adhesives Required
The Details
Measuring 1000mm x 500mm, the High Impact Gym Tile is 40mm thick, this tile has been engineered to provide both high shock absorption and excellent acoustic characteristics. The unique moulded recycled rubber base with a high density 2.5mm EPDM top wear layer offers durability and resilience. The Armour Gym Tile is easy to install with no adhesives required, meaning tiles can be lifted and moved hassle free.
The BLK BOX High Impact Gym Tile is a heterogeneous (dual layer) construction. Constructed using a 37.5mm recycled rubber base bonded to a 2.5mm EPDM top Sheet, giving an overall thickness of 40mm.
The recycled rubber base is extremely shock absorbent which helps with the dampening of sound, impact and vibrations generated from heavy weights. The high-density EPDM top sheet is exceptionally versatile and offers up a thick, smooth, and durable surface making it the ideal gym tile for home gyms or commercial training facilities.
*Please Note - Our Armour Gym Tile is Price & Quantity per SQM*







