The thermobran©-technology allows the temperature of the skin to be increased or reduced in a targeted manner - and this can be physically measured over a period of up to 3 - 5 hours as well as staggered by up to 5°C. This allows the thermal exchange between the body and the environment to be controlled and adapted to the needs of the situation.
Basis of the thermobran©-Effects from DYNADION® is a chitosan biopolymer designed for thermal conductivity properties. It is a hydrogel that builds up an internal thermal water reservoir. This hydrogel is compatible with the cell membrane complex of the skin as it is biomimetic, i.e. nature-identical to it. Thus, the hydrogel is absorbed into the cell membrane complex, i.e. into the top layer of the skin, and acts not only on, but especially in the skin. Due to the skin-identical structure of the hydrogel, its effect is similar to that of the skin and provides natural and completely non-irritating protection.
Via the thermal water storage tank the thermobran©-technology transports cooling or warming active ingredients into the skin, stores them there and releases them into the skin in a targeted manner. This is the basis of the thermobran©-effects, i.e. the thermoactivity of DYNADION®-products.
The thermobran©technology continues to have a thermal-occlusive and self-regulating effect:
If the skin is treated with the active ingredients of the DYNADION®-If the biopolymer is heated or cooled in a targeted manner, it absorbs this thermal energy and then releases it into the environment. In this way, a targeted heat or cold buffer is created in the skin.
The effect of cold or heat from outside is primarily reflected or absorbed by the biopolymer and not passed on directly to the skin. It thus has biochemical insulating properties.
In this process, heat is conducted through the body in a targeted manner (use of warming DYNADION®-products), to increase metabolism (e.g. for muscle regeneration), or specifically drained from the body (use of cooling DYNADION®-products) to ensure targeted heat dissipation (e.g. for increasing performance by means of forced cooling).
