allnutrition
Redox Water Out
120 capsules
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blend of natural plant extracts
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with BioPerine® added to the formula
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without stimulants and without caffeine in the formula
Multi-ingredient formula
A dietary supplement built around a blend of several plant extracts, all packed into one capsule formula. The ingredients include prickly pear, green tea, dandelion, nettle, parsley, horsetail, cranberry and artichoke. This powerful herbal mix gives the product a distinctly plant-based character and helps it stand out from simpler, single-ingredient products.
Ingredients rooted in herbal tradition
Many of the ingredients used here have a long track record in cooking, herbal remedies and everyday life. Dandelion, nettle and parsley are well known in Polish tradition, while prickly pear and green tea are more closely linked with other parts of the world and different eating habits. As a result, the formula brings together familiar, everyday plant ingredients with more exotic raw materials, creating a dynamic, varied blend.

A VALUABLE BIOPERINE® BOOST
The formula has been supercharged with BioPerine®, a branded black pepper extract. It also contains piperine, while the whole blend keeps a clean, modern edge typical of more advanced plant-based supplements. It’s a smart pick for people who look beyond the list of extracts and care about how the ingredients are put together, plus the presence of recognised extras in the formula.

Practical format
The product comes in capsule form, so there’s no need to mix a drink or measure out powder. The daily serving is 2 capsules, and the pack contains 120 capsules, which equals 60 servings. This format works well for regular use and makes it easy to plan your intake over a longer period. It’s a practical choice for people who value order, convenience, and a simple, hassle-free way to take their supplement every day.
sources
Piperine: https://www.sciencedirect.com/science/article/pii/S2590098620300142
Intake of a catechin-rich tea helps reduce body fat and malondialdehyde https://pubmed.ncbi.nlm.nih.gov/15640470/
The diuretic effect https://pmc.ncbi.nlm.nih.gov/articles/PMC3155102/





