The thermobran©technology allows allows for increasing or reducing the skin temeprature in a targeted manner - which can be measured over a period of up to 3 - 5 hours and in increments of up to 5°C. This makes it possible to control the thermal exchange between the body and the environment and adapt it to the requirements of the respective situation.
The thermobran ©effects of DYNADION® products are based on a chitosan biopolymer designed to optimize thermal conductivity: 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, meaning tha it emulates the properties of natural skin. As a result, the hydrogel is absorbed into the cell membrane complex, i.e. the outermost layer of the skin, and acts not only on, but especially inside the skin. Due to its skin-identical structure, the hydrogel provides an effect similar to that found in actual skin, thus offering both natural and completely non-irritating protection.
By building up a thermal water reservoir, the thermobran©technology is able to transport cooling or warming active ingredients into the skin, stores them there, and release them into the skin in a targeted manner. This is the basis of the thermobran©-effects - i.e. the thermoactivity - of DYNADION products.® products.
When the active ingredients contained in DYNADION® products warm up or cool down the skin, the biopolymer absorbs this thermal energy and subsequently releases it into the environment in a targeted manner. This way, a warmth or, respectively, cold buffer is created inside the skin.
Ther biopolymer primarily reflects or absorbs cold or heat from the outside and does not pass it on directly into the skin, i.e. it has biochemical insulating properties.
Thus, when using warming DYNADION products, warmth is transferred® products), to increase the metabolism (e.g. for the regeneration of muscles), or specifically drained from the body (use of cooling DYNADION® products) to ensure targeted heat dissipation (e.g. to increase performance by means of forced cooling).
