Australia's first and only Cork Reformer Pilates Mat. Made from our signature natural cork top and natural rubber base. This is the most sustainable reformer pilates mat in Australia.
It is specifically designed to fit the reformer pilates bed and will fit most reformer pilates machines.
This mat provides superior grip and maintains hygiene when getting into those sweaty reformer sessions. This mat becomes grippier with sweat so you can slide and glide with confidence.
This mat is also suitable as a travel yoga mat, travel exercise mat, travel pilates mat or kids yoga mat.
It is light weight, foldable, rollable, antibacterial and moisture and odour repellant..
Details:
- Perfect fit for reformer pilates machines.
- Superior grip that improves with sweat.
- Fold or roll to carry and pack away.
- Easy to clean with gentle detergents and gentle scrubbing.
- Made from durable, sweat resistant and antibacterial materials.
- Hypoallergenic. Non-toxic.
Dimensions:
Overall (including head section) - 56cm total width, 94cm total length.
Head section - 19cm wide, 27cm long.
Thickness: 2mm
Weight: 900 grams
Material: 100% natural and sustainable cork top and 100% natural rubber base
A word on cork
Cork is a 100% natural plant tissue from the bark of the cork oak. Cork is a 100% natural raw material, 100% renewable, 100% reusable and 100% recyclable.
Cork is extracted without harming the normal development of the species and without damaging the tree. It consists of a hive of microscopic cells containing a gas identical to air.
Cork is a naturally durable and long lasting product. It's non porous so it will NOT absorb sweat and bacteria like foam products. Cork is totally impermeable to liquids and practically impermeable to gases. Its resistance to moisture allows it to grow old without deteriorating.That means when you sweat on this product it does not seep into the materials like foam alternatives. Cork is resistant to wear, thanks to its honeycomb structure, which makes it less affected by impact or friction than other hard surfaces.
