Free Weight Tiles - per sq metre
A versatile dual-layered free weight tile designed for impact absorption and ease of fitting. Available with a smooth 2mm impact layer bonded to either a 23mm or 38mm recycled rubber base layer.
Tiles are sold in metres. Quantity of 1 = 2 tiles
The Free Weight Tiles are available in 8 colours - please contact our sales team for further information or a quotation 01494 769222 / sales@physicalcompany.co.uk
- Tiles measure 1000mm x 500mm x 25mm/40mm
- Edges measure 1000mm x 250mm x 25mm/40mm
- Corners measure 500mm x 500mm x 25mm/40mm (Please note the internal measure of the corners measure 400mm x 400mm)
- Edges and corners are loose laid and designed to be double sided taped / bonded to the floor next to the main Free Weight Tiles
- Easy to use tile joining clips (included) reduce tile movement and aid installation
- Tolerance Length / Width +-1.5%
- Beveled edges every 500mm leave a consistent finish regardless of laying pattern
- Dimpled under surface aids sound absorption and reduces overall weight
- Tile density - 1200kg/m3
- Surface friction coefficient (UK) 0.930
- Clegg Test (3ft drop) - 141 Gmax (g)
- Black tile reducers & Corners available
- Installation available
- 5 Year Warranty
- 25mm Tiles Available in Black, Black with Blue Fleck, Black with Grey Fleck and Dark Grey
- 40mm Tiles available in Black and Black with Grey Fleck
- Free Weight Tiles Data Sheet can be downloaded here
- Download our Flooring Comparison chart here
| Full Commercial | Yes |
|---|---|
| Home Use | Yes |
| Warranty Specification | 5 Year Warranty |
| Installation Available | Yes |
| Width (mm) | 1000 |
| Length (mm) | 500 |
| Depth (mm) | 25 or 40 |
This product can be collected from the following locations:
Economy (5 - 7 working days) From £2.99 depending on weight
Standard (3 - 5 working days) From £4.99 depending on weight
Express (1 - 3 working days) From £6.99 depending on weight
Saturday - 12pm order cut off From £23.99 - only applicable on items from 0-2kg
Click here to view our full delivery matrix