Sveltus yoga mat Pratinatte blue (1316)

The Sveltus Pratinatte blue yoga mat provides support for the body during yoga practice and fitness exercises. With appropriately selected technical parameters and a thoughtful design, it is a reliable choice for individuals seeking comfort, protection, and stability during their training.

Joint insulation and protection

A thickness of 70 mm ensures that the mat effectively insulates you from hard and cold surfaces, minimizing strain on the joints even during intense sequences of exercises. This construction allows for comfortable performance of both standing and lying positions. The increased softness of the surface contributes to a noticeable improvement in comfort during prolonged contact with the mat.

Non-slip surface

The non-slip surface of the mat guarantees stability and confidence in maintaining positions, even during dynamic transitions between asanas. The safety of movements and optimal grip are crucial during yoga or pilates practice. The contact layer has been developed with users in mind who demand maximum control during their training.

Polyethylene material

The Sveltus Pratinatte model is made of polyethylene, which is characterised by high resistance to deformation and durability. The structure of the material allows for the preservation of the mat's original properties even with frequent use. This material makes it easier to keep the mat clean and ensures long-lasting comfort during use.

Sveltus Pratinatte blue yoga mat - features:

• 70 mm thickness providing excellent insulation from the ground;
• Non-slip surface for stable yoga practice;
• Polyethylene material ensuring durability and resistance;
• Increased softness effectively protecting joints during exercises;
• High comfort during seated and lying positions;
• Excellent shock-absorbing properties during fitness training;
• Easy-to-clean surface structure;
• Appropriate rigidity of the surface while maintaining flexibility;
• Designed for yoga, pilates, and general fitness exercises;
• Reliable support during dynamic and static positions.