The conventional, even compression constricts arteries and capillary blood vessels below the skin. In contrast to this, blood-vessel-optimized compression scarcely restricts subcutaneous blood circulation. The compression structure consists of 3D knitted „bridges“, keeping the blood vessels on either side open to allow unrestricted blood circulation, which is extremely important in assisting the skin cooling function.
Reduces muscle vibration
Muscle activity creates high-frequency vibrations, which are not noticeable at first. If the muscles are tired, the frequency of the oscillations becomes slower. The muscle vibrations of tired muscles become tangible. The muscles have no power. Compression stabilizes muscles from the start. You save energy resources. This provides ideal conditions for high performance.
Improves nutrient supply
This kind of compression has a stabilizing effect on the blood vessels. Support of the blood vessels reduces the stress on the cardiovascular system and improves the supply of oxygen and nutrients. Muscles and organs are supplied more rapidly with performance-enhancing oxygen and nutrients thanks to the rapid return of venous blood flow back to the heart.