Migulators

The idea for migulators arose in 2004 from new findings on the surface structure of volcanic tuffs. Decades of experience in mining and processing natural minerals such as calcite and dolomite were the basis. But not all minerals are the same. Each mining site is different, and each stone in the mine is different. A good raw material has no decisive characteristic value. It has dozens. Effective extraction takes geoengineering knowledge into account to plan excavations in advance and guarantee supply security for decades.

An important mineral characteristic is its purity: no dioxins, no contaminations, and above all: no heavy metals, so that the binding capacity for these pollutants is maintained. It took many years of sampling and analysis to find the raw material with the highest purity. If you know what you are looking for, you can recognize impurities by their color. For the highest possible purity, we look out for the light green sheen.

Selective mining. No contaminations. Short transport routes. These are our three rules to ensure excellent mineral production. The raw materialy easily absorbs unwanted pollutants. To prevent them from absorbing explosive gases, we extract the mineral by mechanical mining and process it in a multi-stage disintegration process. Everything we mine is ubject to immediate quality controls. We only take what we can process. Due to the just-in-time mining in the close vicinity of the processing plant we avoid sources of contamination such as unprotected storage and road transport: the raw material remains pure.

Making migulators requires many steps. Production is carried out to high standards. Continuous feed quality and activation in the grinding process are therefore a matter of course for us. To obtain a material that is easy to use, it passes through multi-stage processing steps using special machinery in which specific forces are applied to the mineral until the correct surface activation and particle fineness are achieved. The results are end products with defined particle size distributions, such as micronized powders, our mineral bioregulators.