Colloidal Mineral Formula

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T J Clark’s Colloidal Mineral Formula is a liquid extract of mineral compounds derived from humic shale deposits found to be rich in a number of trace elements. Humic shale extract s (plant deposits) predominantly contain sulphates of iron and aluminium and traces of colloidal mineral hydroxides. The term colloidal mineral is derived from the presence in these preparations of colloidal metal hydroxides. However, many of the minerals are present in ionic forms. In addition to the sulphates of iron and aluminium, our colloidal mineral formula contains zinc, nickel, manganese, magnesium, calcium, chromium, boron, cobalt, copper, lithium and silicon. The formula also contains traces of several other elements including arsenic, caesium, vanadium, strontium, selenium, iodine and praseodymium. Humic and fulvic acids are also found in our preparation to enhance mineral chelation. The legendary colloidal mineral formula has been sold worldwide for more than 75 years. The T J Clark mineral formula is sourced from a mineral concentrate derived from the current T J Clark mine. The mine produces a material rich in minerals from a rainforest in Central Utah, USA. Between 60 and 127 million years ago (certified by the U.S Department of Interior) this mineral rich rainforest became covered and preserved by sandstone and a layer of clay, resulting in an intensely rich preserved source of over 72 minerals. These minerals are found in a combination and balance as produced by nature. T J Clark naturally extracts these mineral compounds with water and without the use of acids or damaging heat. Colloidal minerals provide a valuable tool to treat the many trace mineral deficiencies seen in today’s population without causing concern for potential mineral toxicity. Noted benefits in supplementing the diet with our plant derived trace mineral supplement are; increased vitamin absorption from foods, maintaining a healthy body, increased flow of vital energy and enhances the uptake of other nutrients from supplements. Show more