Magnesium Bath – 64 oz.
Available on backorder
BUY 3 GET THE 4TH FREE WITH CODE B3G1BATH
Unwind, relax and soak with this Magnesium Bath formula. Better than Epsom salts, this bath formula contains absorbable and bio-available magnesium, potassium, sodium, and carbon dioxide for the ultimate stress-reducing soak. Supplementing your daily magnesium with this luxurious bath formula will help to relax tense muscles and relieve stress from everyday life. Soak up the benefits of this perfect blend of minerals for an invigorating and relaxing experience you won’t forget
Handcrafted in small batches, the Magnesium Bath Formula undergoes a 5-day slow drip CO2 saturation process. The 64-ounce bottle contains 16 servings and has a two-year shelf life. Our food-grade PET plastic bottle is shatter-proof, lightweight, reusable, and recyclable.
Better than Epsom salts, this bath formula includes magnesium, potassium, and sodium bicarbonates with carbon dioxide that’s more bioavailable and absorbable.
Supplementing your daily magnesium with this luxurious bath formula will help to relax tense muscles and relieve stress from everyday life. Soak up the benefits of this perfect blend of minerals for an invigorating and relaxing experience you won’t forget.
Soak, relax, and enjoy.
Suggested Use: Pour 1/2 cup in a hot filtered bath or foot bath. Soak for 30-60 minutes. Add 2-4 TBSP of apple cider vinegar and 1/2 cup of raw milk or 2-4 TBSP of raw cream for increased benefits.
Two year shelf life. No refrigeration necessary.
- Dr. Rosanoff’s Website
- Potassium Bicarbonate Attenuates the Urinary Nitrogen Excretion That Accompanies an Increase in Dietary Protein and May Promote Calcium Absorption (nih.gov)
- Pilot Study Examining the Influence of Potassium Bicarbonate Supplementation on Nitrogen Balance and Whole-Body Ammonia and Urea Turnover Following Short-Term Energy Restriction in Older Men (nih.gov)
- The actual cure for Male pattern baldness. | by Alex Bald | Medium
- Potassium Bicarbonate Reduces Blood Pressure
SODIUM BICARBONATE & CO2: