Colloidal Minerals (946 ml)

NOW colloidal minerals 946ml

Colloidal minerals are plant-based | Highly water-soluble | Well-being | Improved muscle function | Improved skin appearance

Colloidal Minerals 946ml by NOW - Liquid minerals for well-being and muscle function!

NOW Colloidal Minerals are highly bioavailable, water-soluble minerals from prehistoric plant deposits in Utah. The formula contains naturally occurring trace amounts of many major and trace minerals.

NOW Colloidal Minerals provide a valuable source of plant-based trace minerals. Millions of years ago, the lush prehistoric vegetation was extremely rich in minerals that the plants absorbed from the fertile soil. As a result of photosynthesis, the inorganic minerals were converted by the plants into an organic, colloidal form that is easily absorbed by the human body.

About 60-100 million years ago, the plant world was flooded by the pre-ocean. The layer of leaves and stems covered with water formed a compact structure called "humic shale". These deposits were discovered in the hilly landscape of Central Utah - the Colorado Plateau. Today, "humic shale" is mined, ground into powder, and soaked in spring water-treated water for many weeks. During this process, the minerals are released into the water along with organic acids to form NOW Colloidal Minerals, a natural concentrate beneficial for our body.

How to use NOW Colloidal Minerals 946ml:
Consume 2 tablespoons daily, mixed with juice or water. Shake well before use. Refrigerate after opening.

WARNING!!! Do not exceed the recommended daily dosage for consumption. This product should not be used by persons allergic to any of its ingredients. Keep out of reach of small children. Store in a dry place at room temperature in a tightly closed container.

Ingredients Colloidal Minerals NOW 946ml:
Package size: 946ml
Serving size: 30ml
Number of servings per package: 32

Purified Water, Citric Acid, Fulvic Acid, Potassium Sorbate (as a preservative), Potassium Benzoate (as a preservative).

%RWS - Reference Intake Value