Hydramax (set of products)

Water - the basis of our body and life

Most of the body’s cells consist of 70-80% water and are themselves in the intercellular fluid.
More and more water is in brain tissue, lungs, liver and blood. Even bones are 20% water.
All the most important biochemical processes in the body take place only in a liquid environment. The state of fluids (blood, lymph, sweat, urine, bile) in the body depends on the quantity and quality of water consumed.



Flows of different fluids that interact with each other are constantly moving in the body. Lymph, blood, saliva, gastric juice are all water with substances dissolved in it.
Liquid deficit negatively affects the supply of nutrients to cells, the restoration of energy resources, the removal of decay products and toxins, and regeneration.
Useful salts and minerals are necessary for normal metabolism, healthy digestion, heart and blood vessels. Minerals are involved in the formation of bone tissue, support nerve conduction and muscle work, including the heart, maintain mineral and acid-alkaline balance in the body, help process food and restore tissues.


Causes of Water Shortage:

• Dehydration can manifest through symptoms such as headaches, increased blood pressure, accelerated heartbeat and breathing, high cholesterol levels, dryness of skin, hair, and nails, joint pain, and the formation of gallstones and kidney stones.

What Water to Drink:

• Drink clean water, avoiding beverages like tea, coffee, alcohol, and artificial drinks, which can dehydrate the body.
• Opt for biologically available water balanced according to mineral and acid-alkaline readings.
• Choose water with an optimal mineral composition, including potassium (K), calcium (Ca), phosphorus (P), sodium (Na), magnesium (Mg), manganese (Mn), zinc (Zn), copper (Cu), iodine (I), sulfur (S), iron (Fe), silicon (Si), and chromium (Cr).

Daily Water Intake:

• The body requires approximately 1.5-2 liters of water per day for normal functioning.

Minerals in Water:

• Calcium (Ca): Supports bones, joints, muscles, and heart health.
• Magnesium (Mg): Vital for nerves, muscles, brain, bones, and heart.
• Potassium (K): Essential for heart, muscles, nerves, and bone health.
• Silicon (Si): Supports muscles, nerves, and kidney health.
• Phosphorus (P): Important for bone, gastrointestinal tract, muscle, and brain health.

Importance of Minerals in Water:

• Macro- and microelements dissolved in water are crucial for the formation and proper functioning of organs and tissues.
• A deficit in qualitatively and physiologically adequate water can lead to mineral imbalance and electrolyte deficit, affecting the body’s hydration level.

Water balance in the body

K and Na (electrolytes) regulate the water balance in the body:

• lack of water (dehydration: weakness, shortness of breath, headache);
• excessive amount of water (edema, increased pressure).

Water should not only enter the body, but also be properly distributed and perform its functions well. Potassium (K) and sodium (Na) salts are dissolved in the water environment of the body and are broken down into their constituent ions in electrolytes.

Tandem K Na (for cellular metabolism):

Na removes metabolic products dissolved in water from the cell.
K ensures the entry of nutrients and water into the cell.
K (potassium) The body’s main electrolyte:

• regulates water distribution and removal from the body;
• ensures the transport of nutrients to the cell;
• ensures removal of toxins from the cell;
• restores the body’s energy level.
• quickly leaves the body during stress;

There is not enough potassium in the modern diet.

Na (sodium) The body’s main electrolyte:

• regulates water distribution and retention in the body;
• together with potassium participates in the transmission of nerve impulses.
• retains water in the body and provokes edema;
• sodium is present in abundance in the modern diet (food additives, salt, preservatives).

An excess of Na leads to an imbalance of water-salt balance, as well as:

• slowing down of metabolism and stagnant processes in the body (edema);
• muscle weakness and cramps;
• increased pressure and disturbed heart and kidney functions.

Oxidation-reduction potential (ORP)

Oxidation-reduction potential (ORP) of water refers to the ratio of oxidizing and reducing agents present in the water. Unfavorable environmental conditions, stress, an unbalanced diet, and bad habits can trigger oxidative stress. This oxidative process, involving oxygen, can damage or even lead to the death of cells.

Regeneration processes, involving hydrogen, aim to renew and protect cells. Antioxidants play a crucial role in neutralizing the action of free radicals within the body.

The ORP of the human body’s internal environment is typically negatively charged, ranging from 100 to -200 millivolts. Blood ORP, which circulates throughout the body and carries nutrients and oxygen to the cells, is around -70 mV.

When the ORP of water closely matches the ORP of the body’s internal environment, it becomes easier for the body to utilize such water in metabolic processes. This is because less energy is required to correct the activity of water electrons before they enter the cell.