Pilates mat JOYINME Rounded Pro light green (800123)

The JOYINME Rounded Pro Pilates Mat in light green provides optimal support during training sessions and fitness classes. The combination of rubber and polyurethane guarantees high grip and excellent stability during various exercises in pilates and yoga.

Advanced construction materials

The JOYINME Rounded Pro model is made with a layer of rubber that provides cushioning and effectively dampens vibrations occurring during dynamic exercises. The top layer made of polyurethane ensures exceptional grip, even during intense training and in contact with moisture. With this combination, the mat allows for secure execution of positions requiring precise body stabilization.

Eco-friendly production solutions

The JOYINME Rounded Pro was created with a focus on the environment and user safety, using nature-friendly materials and eliminating toxic additives from the production process. The construction of the mat helps to limit the environmental impact both during use and at the disposal stage. The materials used also facilitate easy recycling of the product after its service life.

Versatility during training

The mat can be used both in pilates and various fitness activities, providing comfort and safety during floor exercises. The JOYINME Rounded Pro model is suitable for stretching sessions, yoga, or deep muscle strengthening training. Thanks to its thoughtful design, the product guarantees reliable support and a sense of stability even with dynamic changes in body position.

JOYINME Rounded Pro Pilates Mat in light green - features:

• Made from a combination of rubber and polyurethane for durability;
• High grip surface ensuring stability during exercises;
• Cushioning and vibration damping thanks to the rubber layer;
• Eco-friendly production process with the environment in mind;
• No toxic additives in the construction materials;
• Comfortable non-slip surface for fitness training;
• Versatile – suitable for pilates, yoga, and stretching;
• High resistance to deformation during intensive use;
• Appropriate thickness providing support for joints;
• Stable performance on various types of training surfaces.