Colloidal germanium - 100 ppm - germanium solution

Colloidal Germanium 100 ppm - Buy Now in Waldkraft Quality

You can find the trace element germanium in almost all foods - at least in those that live up to their name. That's because germanium is found almost everywhere in the soil. There, the plants extract the trace element. If you eat a predominantly plant-based diet, your body is familiar with the trace element. By the way, animals also regularly absorb germanium through their food, provided they feed on plants containing germanium.

Even though germanium has certainly been lying dormant in soils, minerals and the like for ages, its discovery is not all that long ago. The German chemist Clemens Winkler was the first to identify it in 1886. Because of Winkler's nationality, the name was quickly found: Germanium was to be the name of the element from now on. The Latin word translates as "Germany.

This is what is behind the term "Colloidal Germanium 100 ppm".

"PPM" is the abbreviation for Parts per Million and shows you the concentration of germanium in one liter of solution. At 100 ppm this is 100 mg per 1 liter. Besides the ppm number, the size of the particles is also important. With our colloidal germanium 100 ppm, the particles are between 0.126 and 4 nm "large" or small. Here, too, the saying "the smaller, the finer" applies. This particularly fine particle size results from the extreme purity of our germanium used. It is 99.9999%.

The difference between organic and inorganic germanium

Both inorganic and organic germanium occur in nature. Organic germanium is always bound to carbon and is water-soluble. Inorganic germanium, on the other hand, would rapidly accumulate in the body and could no longer be broken down. Therefore you better leave inorganic germanium of any kind alone. By the way, our colloidal germanium is in its elemental form, which can be easily absorbed and utilized by the body.

Storage and application

Please store your colloidal germanium only protected from light and cool (but please not in the refrigerator). Colloids should not come into contact with electromagnetic voltage fields (such as all technical devices). They are therefore out of place in the vicinity of cell phones, refrigerators, televisions and the like. Store out of the reach of children.

Colloids should also not come into contact with other metals. Therefore, please use only glass, porcelain or plastic.