Magnesium fluoride is a common component used for a variety of common household and cosmetic products. It can be found in toothpaste, deodorant, shampoos, laundry powder, paints, plastics, and even some foods. There are questions, though, about the safety of this type of fluoride and whether or not it is really as safe and helpful as most consumers assume.
Magnesium fluoride (me) is an ionic compound comprising a sodium borate-bearing crystal structure. The chemical is a light white crystalline salt, which is transparent to a broad spectrum of ultraviolet wavelengths, with industrial uses most commonly found in aerospace electronics where it is used as an inert salt in certain rubbers used to prevent the spread of rust on exposed parts. Fluorite, the mineral that produces the white flakes that form magnesium fluoride (mgf), is found naturally in the fossilized remains of fossil sea creatures like oysters and snails. It is also found in a variety of soils and rocks around the world. Mgf is produced by the breakdown of chemical compounds called methyl hydrate, which are a major component of gypsum and cement. The compound is used as a stabilizer and is used to prevent the growth of bacteria in milk and meat products.
The concentration of magnesium fluoride (mgf) in various products depends on the type of product being made and the amount of the metal needed to achieve the desired result. In addition to being used to stop bacterial growth, it is also used to prevent the growth of yeast on meat and to prevent the oxidation of metallic surfaces, both useful properties for preventing corrosion. To achieve the physical properties, the magnesium fluoride (me) is mixed with other substances like aluminum hydroxide or alumide to make foams. The high-tech manufacturing process produces a range of specialty products like white and blue chips, which are used for coating steel and nonferrous metals. One of the most interesting facts about magnesium fluoride (me) is that it is not only effective in the dental industry but also has applications beyond the dental health care sector.
A number of industries utilize the magnesium fluoride (me) for its ionic property. One of them is the aerospace industry, which uses this special ionic compound for achieving improved cabin humidity and preventing corrosion of metallic parts. Another application of this special ionic compound is in the production of plastic foams. The plastic foams made from magnesium fluoride and diphenyl form a barrier against corrosion of any metal parts that come into contact with the foam. This prevents premature degradation of the material and improves the shelf-life of the product.
Another interesting property of magnesium fluoride (me) is its anti-corrosion property. Magnesium fluoride (HF), a sodium hydroxide (caustic soda) solution is added to steel pipes and it works as an anti-corrosive agent. While in the case of magnesium fluoride (HF), the compound works as an anti-corrosion agent by preventing the formation of rust on steel parts exposed to an acidic solution.
Although, the use of magnesium fluoride (me) is found to be effective in many instances, there are certain instances where its use could pose hazards to the environment. For instance, excessive use of this inorganic compound could react with organic compounds or minerals and produce either a white crystalline salt or even methane. During the manufacturing process, the heated inorganic compound may release vapor at higher temperatures, which may be harmful for the workers engaged in the processing. This release of vapor could be dangerous for the environment. Therefore, if you are planning to use this in your manufacturing operations, you must have proper safeguards in place to avoid such hazards.