TRIMEDEA Mix

Trimedea mix to get to know our unique products
A combination of selected Trimedea products to get to know their effects and variety.

Original price was: 415,35 €.Current price is: 249,30 €.

Includes 19% MwSt.
Deliveries to non-EU countries may be subject to additional duties, taxes and fees.

Available on backorder

SKU: TRIMEDEA-Mix Category:

TRIMEDEA MIX:
Instead of 415.35 euros*
only 249,30 Euro
You save approx. 40 percent!

TRIMEDEA MIX

In particular, the successful combination of our products effectively influences
and your health in the long term.

Manufactured using the high-voltage plasma process

We at Trimedea have opted for the complex high-voltage plasma process with 10,000 volts. Only with this high-quality technology can the best possible quality of colloids be achieved when used correctly: smallest particle size, highest energy content, long shelf life, suspended state. It is more effective, bioavailable, more energetic and more durable, does not form compounds with other substances, does not lead to deposits and is overdose-free.

What are colloidal metals, and how do you take them?

True colloidal metals are very fine metal particles that are suspended in water and do not form a bond with the water - unlike ionic solutions (electrolytic production). The size of the individual particles is between 1 and 20 nanometres (1 nm = one billionth of a meter). The particles of this liquid dispersion can be produced by various manufacturing processes, which have a considerable influence on the properties and quality depending on the process. You can find out more about the use and dosage of colloids in the FGS information portal. Further information on particle size (nm), concentration (ppm), efficacy and bioavailability can be found in our FAQ here. You can find out why colloidal metals are so important as catalysts and metabolic accelerators.

From a bio-logical point of view, the high-voltage plasma process is best suited for the production of genuine colloidal metals. Here you can find out why production using electrolysis (= ionic solution / few real colloids) has more risks than advantages, and what exactly the differences are.