What It Is
The Yoloha Yoga Infinite Bloom Aura Cork Yoga Mat is a 6mm thick, 72" x 26" cork-surface yoga mat built for practitioners who want joint support, reliable grip, and a mat that won't off-gas chemicals or slide underfoot. At 2.8 lbs., it rolls down to 5.5" — easy to carry to a studio or store in a home practice space. The Infinite Bloom design was created by artist and yoga teacher Breanda Cisneros, with chakra-aligned florals intended to support intentional practice.
Built to Last
The surface is fine-grain cork — naturally antimicrobial, free from PVC, latex, plasticizers, and rubber odors. Cork grip improves as moisture increases, which makes it useful for warm or flow-based practices where hands and feet perspire. The base is Yoloha's plant foam, derived from sugarcane, which provides cushion, stability, and energy return while keeping the mat flat on any surface. Combined, the materials are certified by the USDA as containing 36% bio-based renewable content. The mat is 100% vegan.
Key Specs
- Size: 72" x 26"
- Thickness: 6mm
- Weight: 2.8 lbs.
- Rolled diameter: 5.5"
- Surface: Fine-grain natural cork
- Base: Plant-based foam (sugarcane-derived)
- Bio-based content: 36% USDA certified renewable materials
- Free from: PVC, latex, plasticizers, rubber smell
- SKU: MAT-AUR-INB
Best For
This mat suits yogis who practice multiple styles — from restorative and yin to flow and warm classes — and want one mat that handles all of them. The 6mm thickness adds meaningful joint cushioning compared to standard 4mm mats, without sacrificing ground contact. It's equally at home in a personal yoga studio or a home practice space. The 72" x 26" footprint works well for most body types and standard movement ranges.
Care
Spray lightly with a natural or Yoloha-brand mat cleaner after each use and lay flat to dry. Cork grip increases with moisture — if traction feels low at the start of practice, lightly mist your hand and foot placement areas before beginning. Avoid rolling tightly for extended storage, which can stress the foam base over time.