High-Quality Aerobics Exercise Foam Aquatic Cuffs Swimming Leggings Arm Floating Ring Unisex Professional Pool Accesories

Name: Floating Ring

Material: Microfiber

Color: as picture

Size: Height about 70mm(2.76in)

Quantity:1 Pair

Features:

1. **Durable Foam Construction**:

- These aquatic cuffs and accessories are made from high-quality, durable foam that is designed to withstand rigorous use in the water. The foam material provides excellent buoyancy and is resistant to wear and tear, ensuring long-lasting performance.

2. **Versatile Usage for Arms and Legs**:

- The aquatic cuffs can be used on both arms and legs, making them highly versatile. Whether you're looking to enhance your water aerobics routine, improve your swimming technique, or simply enjoy a more buoyant experience in the pool, these cuffs can be easily adjusted to fit different body parts.

3. **Enhanced Buoyancy and Support**:

- These foam accessories provide enhanced buoyancy, which helps support the body in the water. This makes them ideal for individuals who are learning to swim, as well as for those participating in water therapy or rehabilitation exercises. The added support can help improve balance and stability in the water.

4. **Comfortable and Secure Fit**:

- Designed with user comfort in mind, these aquatic cuffs feature adjustable straps that ensure a secure and comfortable fit. The straps can be easily tightened or loosened to accommodate different sizes, preventing the cuffs from slipping during use and allowing for a customized fit.

5. **Ideal for Water Aerobics and Fitness**:

- These professional water sleeves and floating rings are perfect for enhancing water aerobics and fitness routines. They add resistance to movements, helping to tone muscles and improve cardiovascular health. Their lightweight design makes them easy to carry to the pool, ensuring you can enjoy a productive workout session anytime.

Package Included: 1 x Floating Ring

Warm tips:

1.The color of the item may be slightly different from the picture due to the difference in light and screen.