Liquid Light is a plant-based fulvic acid mineral complex created by nature in ancient plant deposits well before modern pollutants existed.
Liquid Light 32oz
LIQUID RECOVERY AND STAMINA WITH DETOXIFYING ELECTROLYTES & ANTIOXIDANTS
Fulvic acid, not to be confused with folic acid, is a natural compound found in rich, organic soil. It’s formed as microbes break down organic matter. These microbes hug the roots of plants in a symbiotic relationship where plants protect them from the sun while the bacteria create the perfect transporter to aid in the absorption of minerals and vitamins. This process continually enriches the topsoil.
Fulvic acid is neither an acid nor a mineral, but a small, complex compound that has a fairly unique ability to attract and hold both negative and positive ions. This makes it super transporter of nutrients.
Liquid Light is a plant based fulvic acid mineral complex created by nature in ancient plant deposits well before modern pollutants existed. The ionic trace minerals are extracted using a cold process to create a liquid supplement that contains one of the most powerful nutrient transporters found in the natural world.
Liquid light is perfect before, after, or during workouts to provide many minerals, including trace minerals, and electrolytes, but it plays a large role in protecting, nourishing, and detoxing cells with the might of fulvic acid. Fulvic acid acts like a cellular taxi, aiding assimilation of other nutrients.
Trace minerals include iron, zinc, manganese, copper, iodine, molybdenum, and selenium. These are only needed in minute amounts, but they are still essential to oxygen transport, growth, development, repair, bone health, cartilage formation, and maintaining cellular membranes. Liquid Light contains over 60 additional minerals, many of them having a host of benefits even if they are not considered essential.
Liquid Light contains essential macro minerals like calcium, magnesium, phosphorus, potassium, and sulfur. These are suspended in liquid with fulvic acid for increased absorption.