Filter Alkanatur Drops

It includes:

DROPS ALKANATUR FILTER

The components of our jugs and filters have been analyzed by prestigious entities, such as the Instituto de Cerámica de Galicia.

The ICG guarantees:

• The Alkanatur Drops jug has passed all the strictest European controls as suitable for contact with food
• 750% more antioxidant than (tap) water from Santiago de Compostela
• An Alkaline pH of 9.5 in the water (tap) of Santiago de Compostela
• Hydrogenated water
• Contribution of minerals such as magnesium
• Antibacterial
• An excellent taste free of chlorine and heavy metals

Alkanatur Drops Filter Features:

The analysis carried out by the Galician Ceramic Institute shows its antioxidant and alkalizing power.
Its Alkamicronized selective® technology allows us to filter water free of chlorine, fluorine, pesticides, nitrates, heavy metals (lead, mercury, cadmium, copper, aluminum and arsenic) and excess lime in the water for up to 99 liters during 400 liters. 9%.
It provides the Antioxidants and hydrogen that your body needs through its cutting-edge Alkamicronized Selective technology.
It does not reproduce the dreaded Escherichia coli, Pseudomonas aeruginosa, Clostridium perfringens and coliform bacteria.
We certify that our filters comply with the highest European quality standards and under Royal Decree 140/2003 that establishes the sanitary criteria for the quality of water for human consumption.

Cost per liter € 0.045
Filter life: 400 liters

Our charcoal is made from coconut shell and is thermally activated in a reducing atmosphere, saturated with water vapor.

This gives this coal three fundamental qualities to be used for drinking water:

• The raw material is of vegetable origin, and therefore does not contain the heavy metals and other contaminants typically present in mineral coals.
• As it is thermally activated, no chemicals are used that can leave residues on the charcoal.
• Coconut shell charcoal has the pore diameter that most efficiently adsorbs low molecular weight organic pollutants, which are often the most harmful to humans.