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TIB Chemicals AG Sodium sulphite anhydrous

Sodium sulfate anhydrous is used as an effective and inexpensive antioxidant as well as a detoxifying agent and is often also referred to as an antichlor or fixing salt.

Chemical Name: Sodium Sulphite

CAS Number: 7757-83-7

Synonyms: Na2SO3, Sodium Sulfite

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    Identification & Functionality

    Chemical Family
    Chemical Name
    Chemical Formula
    Na2SO3
    CAS No.
    7757-83-7
    EC No.
    231-821-4

    Applications & Uses

    Markets
    Applicable Processes
    Possible applications of sodium thiosulfate anhydrous Na2S2O3

    Sodium thiosulfate anhydrous can be used in many different ways. NTS anhydrous offers a great spectrum of effects and is used in medicine, among other things. NTS anhydrous supports the detoxification and serves the mineral supply. The substance is readily available and is also very cost-effective to manufacture. The product is used to improve the drinking water by removing chlorine or fluorine. For this purpose, NTS neutralizes water-free substances such as fluorine or chlorine by means of sulfur.

    Sodium thiosulfate is also known as a reducing agent and antioxidant for neutralizing free radicals. The product contributes to the detoxification of the body and helps to dissipate and remove heavy metals such as mercury, uranium, thallium, barium and strontium. NTS anhydrous is also effective in cyanide poisoning. Frequently, NTS is also used free of water in the case of poisoning by fumes, bluic acid, exhaust gas, coke or gout gas, and in the case of toxic vapors by chlorine, bromine, iodine or nitric oxide.

    Other fields of application of sodium thiosulfate anhydrous Na2S2O3

    Sodium thiosulfate anhydrous from TIB Chemicals makes a valuable contribution to health and detoxification and can be absorbed, among other things, dissolved in water once a day as a drink. For external use are also massages and footbaths possible, partly also in combination with baking powder. In addition, NTS anhydrous together with magnesium removes extensive limescale deposits in organs such as the heart, kidneys, lungs and joints. Further fields of application are in the analog photograph as a fixing salt, but also in the paper industry, in order to remove chlorine from paper or tissue. In addition, NTS is used free of water for the extraction of silver chloride from silver ore, as well as in the laboratory for the measurements of measured oxygen by Winkler. In addition, NTS provides anhydrous schooling to destroy iodine.

    NTS anhydrous is a white salt, which is readily water-soluble and colorless. In the chemical industry, sodium thiosulfate is prepared by a boiling sodium sulfite solution with sulfur.Sodium thiosulfate anhydrous

    • Use as a fixing salt in photography
    • Application in iodometry
    • Use to extract silver chloride from silver ore
    • Use to produce galvanic gold and silver solutions
    • Use as a bleaching agent for straw, bone, ivory
    • As a reagent in analytical chemistry
    • As an antidote to cyanide poisoning
    • Use for drinking water treatment

    Concluding remarks on the use of sodium thiosulfate anhydrous Na2S2O3

    Sodium thiosulfate anhydrous combines numerous advantages such as favorable procurement, good availability and versatile uses. NTS anhydrous is mainly used in photography as a fixing salt, in mining for extraction and in medicine for the detoxification, dissolution of calcified vessels and as a counter-poison in smoke poisoning or cyanide poisoning. In chemistry, NTS is also used for the determination of the iodine number and the improvement of drinking water quality. The application in electroplating technology for the production of gold and silver baths should also be mentioned.

    NTS anhydrous from TIB Chemicals is a tried and tested medium in the highest quality. Medically, it is used in cyanide poisoning, since it produces markedly lower concentrations of serious thiocyanate. Consumers can understand the effects of NTS anhydrous, for example, in heat cushions - an embedded metal plate is bent so that a crystallization nucleus is formed, which in turn can cause an exogenous reaction.