UK Produced
RECOMMENDED: Rubber Stable Mats
> 10ft Stable Pack (36 mats)
> 12ft Stable Pack (64 mats)
> 14ft Stable Pack (81 mats)
> Top-up Pack (6 mats)
New
Rubber Stable Mat 50cm Top-up Pack ESSENTIAL 12mm (6 Mats)
£50.40 inc. Vat
Top-up pack of 6 essential (12mm) solid rubber stable mats (50cm).
Full 15 year guarantee.
SUSTAINABLE MATERIALS
All our black rubber tiles, ramps and accessories are environmentally friendly and made from recycled sustainable rubber materials.
All our black rubber tiles, ramps and accessories are environmentally friendly and made from recycled sustainable rubber materials.
DETAILS
Solid rubber stable mats by EQUIFLOOR are a heavy-duty interlocking stable mat suitable for horses stables, farm buildings and other livestock housing environments. They are made from 100% solid NBR rubber and feature strong interlocking edges, an anti-slip leather effect top with studded underside for extra grip. At 12mm in thickness, they can be laid directly onto a clear, solid surface without the need for intensive ground preparation. Once in place, the interlocking jigsaw design helps the stable mats stay fixed in position. Please allow 6mm (1/4″ inch) all way round for expansion when fitting.
FEATURES
- Mat Size: 50cm x 50cm x 12mm (thick)
- Mat Weight: 3kg
- Textured amoebic anti-slip surface
- Studded base for grip and stability
- 100% high quality non porous rubber mat
- Designed to withstand heavy-duty wear and tear
- Easy to clean and install
- Can be self trimmed to fit
- Ramp edges and corners now available!
- Lay indoors or outdoors (all weather)
- Resistant to most solvents and chemicals
- Reduces damage caused by impact, abrasion & vibration
- Quick and simple to install
- Easy to clean, maintain or replace
- Protects your existing floor from damage
USES
- Stable Mats
- Walkway Matting
- Warehouse and Industrial Flooring
- Bar / restaurant flooring
- Service kitchen flooring
- Outdoor event flooring
SAFETY
- EN71-1 Part 1: Mechanical and physical properties
- EN71-2 Flammability
- EN71-3 Part 3: Migration of certain elements
