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Selenium powder
It is a chemical with the symbol Se. It has atomic number 34. It is nonmetal, but it’s more commonly called a metalloid. It has properties intermediate between elements below and above in the periodic tables, such as sulfur and tellurium. It is rare to find it in its pure ore compound form in the Earth’s crust.
Selenium powder
Water and ethanol are insoluble. Selenium powder can be in powder or grain form. It is usually a powder with a uniform color and a consistent appearance.
Selenium Application
Selenium Selenium is found in metal sulfur ores where it partly replaces the sulfur. Selenium is most often produced commercially as a byproduct during the refining and production of metal sulfide ores. Selenate or pure selenide compounds are rare but known minerals. Selenium is used primarily in glassmaking, and as a pigment. Selenium can be used as a photocell and semiconductor. The silicon semiconductor has replaced most of the electronic applications, which were once very important. In some types of DC power surge protecters and in one type of fluorescent quantum dot, selenium is still used.
Selenium is toxic at even low doses. This can lead to selenosis. Selenium appears in infant formula and many multivitamins. It’s also found in antioxidant enzymes such as glutathione-peroxidase or thioredoxin-reductase which reduce certain oxidized molecule in animals and some plant species. Selenium needs in plants vary by species. Some require large amounts of the element, while others appear to need none.
Selenium powder preparation
Selenium is an element that is rare. No independent selenium plant exists in the world. Selenium is generally associated with the electrolysis and nickel in the anode-mud. Selenium and tellurium are recovered and purified using many different methods. These include caustic oxidative pressurized leaching (COPL), oxidative roasteding and high temperature leaching (OHTL), low-temperature roasting with oxidative leaching (LTOLL), dilute sulfuric acid-leaching etc. Selenium and tellurium reduction is primarily done by copper and sulfur dioxide reduction. method. Pre-roasting & oxidation results in more complex equipment, higher maintenance costs, sulfur dioxide gas that is harmful to humans and the environment and lower recovery rates and purity. After solid-liquid seperation, use H2O2 for the oxidant. Adjust the pH in order to separate the selenium from the tellurium. Reduce selenium with Na2SO3 and hydrochloric acid. Selenium and Tellurium recover at 99% each. The purity of the product can reach 99%.
Selenium powder Toxicity
Inhalation causes bronchial inflammation as well as pulmonary edema and selenium-containing compounds. Elemental Selenium powder Exposure can also cause mucous membrane inflammation, nose bleeding, and coughing.
(aka. Technology Co. Ltd., a global chemical material manufacturer and supplier with over 12 year’s experience in providing high-quality nanomaterials and chemicals. The Selenium powder Please note that the products produced by our company are of high purity and have low impurity content. Please. Contact us if necessary.
Selenium Application
Selenium Selenium is found in metal sulfur ores where it partly replaces the sulfur. Selenium is most often produced commercially as a byproduct during the refining and production of metal sulfide ores. Selenate or pure selenide compounds are rare but known minerals. Selenium is used primarily in glassmaking, and as a pigment. Selenium can be used as a photocell and semiconductor. The silicon semiconductor has replaced most of the electronic applications, which were once very important. In some types of DC power surge protecters and in one type of fluorescent quantum dot, selenium is still used.
Selenium is toxic at even low doses. This can lead to selenosis. Selenium appears in infant formula and many multivitamins. It’s also found in antioxidant enzymes such as glutathione-peroxidase or thioredoxin-reductase which reduce certain oxidized molecule in animals and some plant species. Selenium needs in plants vary by species. Some require large amounts of the element, while others appear to need none.
Selenium powder preparation
Selenium is an element that is rare. No independent selenium plant exists in the world. Selenium is generally associated with the electrolysis and nickel in the anode-mud. Selenium and tellurium are recovered and purified using many different methods. These include caustic oxidative pressurized leaching (COPL), oxidative roasteding and high temperature leaching (OHTL), low-temperature roasting with oxidative leaching (LTOLL), dilute sulfuric acid-leaching etc. Selenium and tellurium reduction is primarily done by copper and sulfur dioxide reduction. method. Pre-roasting & oxidation results in more complex equipment, higher maintenance costs, sulfur dioxide gas that is harmful to humans and the environment and lower recovery rates and purity. After solid-liquid seperation, use H2O2 for the oxidant. Adjust the pH in order to separate the selenium from the tellurium. Reduce selenium with Na2SO3 and hydrochloric acid. Selenium and Tellurium recover at 99% each. The purity of the product can reach 99%.
Selenium powder Toxicity
Inhalation causes bronchial inflammation as well as pulmonary edema and selenium-containing compounds. Elemental Selenium powder Exposure can also cause mucous membrane inflammation, nose bleeding, and coughing.
(aka. Technology Co. Ltd., a global chemical material manufacturer and supplier with over 12 year’s experience in providing high-quality nanomaterials and chemicals. The Selenium powder Please note that the products produced by our company are of high purity and have low impurity content. Please. Contact us if necessary.