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THERABAND Professional Resistance Band Loop (Packaging - Each)
- Continuous loop resistance bands are ideal workout and therapy tools to rehabilitate muscles, increase strength, and improve flexibility in the lower extremities
- 3 inch wide bands can be used for a variety of exercises that target the glutes, knees, and hips
- Offered in 3 lengths that measure 8, 12, or 18 inches when laying flat
- Color coded based on varying resistance levels that range from 3 - 5.8 pounds at 100% elongation
- Lightweight elastic bands are designed in a loop to eliminate the need to tie traditional bands
- Sold Individually
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Continuous Loop Advantage
THERABAND Professional Resistance Band Loops are designed to provide convenient and lasting resistance through various strength and flexibility exercises. People often try to tie flat resistance bands together but often risk rubbing, snapping, or tearing the bands. THERABAND provides the Resistance Band Loop specifically for exercises that call for a continuous band of resistance, so users can perform exercises with convenience and without risk of tear.
Easy and Portable Rehabilitation
The THERABAND Professional Resistance Band Loops are an easy to use, portable exercise tool that can be used anywhere. They are ideal for clinical or personal use that can be used in home or taken on the go. Rehabilitate muscles by performing strength and flexibility exercises with just a single resistance loop.
Gradual Increase of Strength
THERABAND offers Band Loops with four different levels of resistance that can be used for various exercises. Users can gradually build strength and flexibility by starting at a lower resistance and working towards more difficult bands. They can also use different colored resistance band loops to target different areas of the lower body and change out the bands based on specific exercises.
The Original Trusted Progressionâ„¢ System
Elastic resistance force and torque
Elastic resistance is a unique type of resistance training compared to other traditional forms, such as isotonic or isokinetic resistances. The resistance provided by elastic bands or tubing is based on the amount that the band or tubing is stretched. This resistance can be measured in pounds/kilograms of force depending on the percentage the band or tubing is stretched from its resting length; this is known as force-elongation.
Regardless of how long the band or tubing is before it’s stretched, the force produced at its stretched length depends on the percent elongation. For example, an initial 2-foot (60 cm) length of green band that is stretched to 4 feet (120 cm, double its resting length) is at 100% elongation. Therefore, the resistance of the band is 4.6 pounds at that elongation. Each progressive step represents a consistent pull-force increase of 25% in the clinical range (Tan through Black) and 40% in the advanced range (Silver and Gold).
Developed by Juan Carlos Colado, PHD, University of Valencia, Valencia, Spain
1. Colado et al. 2012. J Strength Cond Res. 26 (11):3018-3024
2. Colado et al. 2014. J Sports Sci Med. 13:758
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TheraBand
Physical Therapy & Rehab Supplies Online
50 In Stock
- Continuous loop resistance bands are ideal workout and therapy tools to rehabilitate muscles, increase strength, and improve flexibility in the lower extremities
- 3 inch wide bands can be used for a variety of exercises that target the glutes, knees, and hips
- Offered in 3 lengths that measure 8, 12, or 18 inches when laying flat
- Color coded based on varying resistance levels that range from 3 - 5.8 pounds at 100% elongation
- Lightweight elastic bands are designed in a loop to eliminate the need to tie traditional bands
- Sold Individually
Â
Continuous Loop Advantage
THERABAND Professional Resistance Band Loops are designed to provide convenient and lasting resistance through various strength and flexibility exercises. People often try to tie flat resistance bands together but often risk rubbing, snapping, or tearing the bands. THERABAND provides the Resistance Band Loop specifically for exercises that call for a continuous band of resistance, so users can perform exercises with convenience and without risk of tear.
Easy and Portable Rehabilitation
The THERABAND Professional Resistance Band Loops are an easy to use, portable exercise tool that can be used anywhere. They are ideal for clinical or personal use that can be used in home or taken on the go. Rehabilitate muscles by performing strength and flexibility exercises with just a single resistance loop.
Gradual Increase of Strength
THERABAND offers Band Loops with four different levels of resistance that can be used for various exercises. Users can gradually build strength and flexibility by starting at a lower resistance and working towards more difficult bands. They can also use different colored resistance band loops to target different areas of the lower body and change out the bands based on specific exercises.
The Original Trusted Progressionâ„¢ System
Elastic resistance force and torque
Elastic resistance is a unique type of resistance training compared to other traditional forms, such as isotonic or isokinetic resistances. The resistance provided by elastic bands or tubing is based on the amount that the band or tubing is stretched. This resistance can be measured in pounds/kilograms of force depending on the percentage the band or tubing is stretched from its resting length; this is known as force-elongation.
Regardless of how long the band or tubing is before it’s stretched, the force produced at its stretched length depends on the percent elongation. For example, an initial 2-foot (60 cm) length of green band that is stretched to 4 feet (120 cm, double its resting length) is at 100% elongation. Therefore, the resistance of the band is 4.6 pounds at that elongation. Each progressive step represents a consistent pull-force increase of 25% in the clinical range (Tan through Black) and 40% in the advanced range (Silver and Gold).
Developed by Juan Carlos Colado, PHD, University of Valencia, Valencia, Spain
1. Colado et al. 2012. J Strength Cond Res. 26 (11):3018-3024
2. Colado et al. 2014. J Sports Sci Med. 13:758