Sveltus Elastiband exercise rubber red 0142 (0142)

The Sveltus Elastiband red exercise band 0142 allows precise modeling of strength and flexibility during every functional training session. Its construction, made up of eight durable segments, enables users to adjust the resistance level to their current needs.

Advanced load adjustment

The Sveltus Elastiband features a system of eight smaller loops that allows for smooth adjustment of resistance during exercises. Each segment enables precise control over the intensity of movement, resulting in a wide range of possible applications – from warm-up to strength training. With a maximum resistance of 10 kg, the product serves as a functional tool for both beginners and advanced users.

Durable construction materials

The band is made from a composition of elastodiene, polyester, and polyamide, providing high resistance to stretching and tearing. This combination of materials ensures stability in product parameters even with prolonged use and intense workouts. The specially selected fibers also contribute to grip comfort and stable support when performing various exercises.

Versatility in fitness training

The Sveltus Elastiband is effective in stretching, strengthening, and rehabilitation training. Its segmented design allows for precise engagement of specific muscle groups and progressive implementation of training plans. The product is dedicated to various types of activities, both in home settings and professional fitness studios.

Sveltus Elastiband red exercise band 0142 - features:

• Segmented construction with eight separate loops for resistance adjustment;
• Maximum resistance of 10 kg for intense strength training;
• Elastodiene, polyester, and polyamide for increased durability;
• Resistance to tearing and deformation during use;
• Versatile application in functional training and rehabilitation;
• High comfort of use thanks to a well-thought-out material structure;
• Intensity of exercises can be adjusted by selecting the appropriate segment;
• Stability of performance parameters even under significant tension.