MediSILICA Collagen Booster Water-Soluble Silica/Silicon Nutritional Supplement – 5 Gallons in Cubetainer

Price: $239.00
(as of Mar 24, 2025 08:01:32 UTC – Details)


MediSILICA Collagen Booster true water-soluble Silica nutritional supplement is non-toxic and consists of 99.9+% pure water-soluble Silica dissolved in pure sterile pharmaceutical grade water at a safe and effective concentration of 25 mg of Silica per serving. MediSILICA ultra-high purity water-soluble Silica nutritional supplement was engineered for your well-being and to maximize your body’s potential by supplying a key and esoteric trace element, Silica, that your body needs to boost collagen synthesis which results in radiant nails, hair and skin. This is 5 US Gallons (640 Fl Oz) of MediSILICA Collagen Booster true water-soluble Silica nutritional supplement in a new unopened BPA-free Cubetainer – triple sealed for your protection.
Product Dimensions ‏ : ‎ 12 x 12 x 12 inches; 45 Pounds
Date First Available ‏ : ‎ July 20, 2024
Manufacturer ‏ : ‎ Nutraneering
ASIN ‏ : ‎ B0D9STTJVQ
Country of Origin ‏ : ‎ USA
MediSILICA Collagen Booster utilizes the proven power of 99.9+% pure bioavailable Silica in a formula developed and perfected by a former NASA scientist; our satisfied customers can be found in the USA, Canada, Mexico, Australia, England, Ireland, Italy, Spain, Brazil, Scotland, China, Hong Kong, Thailand, Croatia, the Philippines, Singapore, Taiwan, S. Korea, Japan, New Zealand, Germany, United Arab Emirates, Turkey, Saudi Arabia, and elsewhere
Safe 25 miligrams per serving of ultra-pure (99.9+% pure) bioavailable silica in pharmaceutical grade pure water; provides 100% the recommended daily allowance for dietary Silica which contains the element Silicon
MediSILICA is fair trade, made in the USA, non toxic, hypoallergenic, vegan, non GMO, gluten free, BPA free, sugar free, Halal, and Kosher
The water-soluble Silica and Silicon in MediSILICA Collagen Booster is 99.9+% pure with the smallest molecular size available; this yields the highest surface area, bioavailability, and intestinal absorption biochemically possible