Mojo Compression Socks for Men and Women | Calf Compression Sleeve Large – White
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Mojo Compression Socks for Men and Women | Calf Compression Sleeve Large – White
Mojo is the #1 Selling Compression Leg Sleeve Graduated compression helps to enhance endurance during long runs and workouts Our garments provide ankle to- calf FDA approved Medical graduated compression of 20-30mmHg Wide ribbing in the front for shin support and tight ribbing in the back for calf support, especially important during hard and long runs Helps to alleviate shin splints and provides shin splint relief Mojo fabric features is breathable, moisture wicking, seamless circular knit construction for ultimate comfort Use the Compression Sleeve in conjunction with your favorite socks to improve endurance by boosting blood circulation and delivery of oxygen to your muscles Designed to boost blood circulation and oxygen delivery Can be worn after exercise for recovery 2 inch wide top band keeps garment in place 75% nylon and 25% spandex - Sold per pair - Latex Free 4 Sizes - Order by mid-calf measurement Small 8-11" Medium 11-15 Large 15-19 X-Large 19-23 About Compression Graduated compression garments deliver the greatest amount of compression to the part of the garment farthest away from the heart, and the least amount compression in the part closest to the heart (for example, socks have more compression in the ankle and less in the calf). With graduated compression, the veins' cross sectional area is decreased and a pressure gradient is created, which leads to physiological benefits including: Enhanced blood circulation as a result of improved venous return. This means that deoxygenated blood goes back to the heart faster to improve blood flow of oxygen-rich blood back to the body Faster recovery following strenuous exercise and improved performance, by aiding in the removal of blood lactate through improved circulation. Enhanced warm-up via increased skin temperature. Reduced muscle oscillation and vibration upon ground contact, providing stability to the muscle to help prevent micro-trauma, resulting in a faster and easier recovery.