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Minor Metals <br>Non-ferrous metals are divided into basic metals and minor metals. Minor metals are called minor metals because they are relatively small units. <br> <br>Metal minor types are: <br> <br>Magnesium ingot antimony ingot; Electrolytic manganese. Cadmium ingots and bars; Electrolytic cobalt; Pure bismuth; pure chromium metal; Titanium sponge; Zirconium sponge; Silicon metal; Indium; Calcium; Tungsten bars; Selenium ingot; Potassium; Sodium; Niobium; Vanadium; Hafnium; Gallium. Beryllium. Molybdenum; Metal lithium; Tellurium; Germanium ingots. Rhenium. Metal arsenic. <br> <br>Different Kinds of Minor Metals From HSG <br>01 <br>Chromium Metal <br>Chromium metal is mainly used in nickel base, cobalt base superalloy, aluminum alloy, titanium alloy, resistance alloy, corrosion resistant alloy, iron base heat resistant alloy and stainless steel production. Industrial production of chromium metal has two kinds, one is thermite chromium, block, silver bright color, metallic luster, containing Cr&gt; 98%, according to the use of impurities have different requirements; The other is electrolytic chromium, sheet, dark brown surface, after hydrogen refining surface bright, containing Cr&gt; 99%. <br> <br>How is Minor Metals Produced and Manufactured? <br>During the minor metals manufacturing from refractory metal suppliers, the main downstream products of rare earths, the main products in the small metal industry, are catalysts, permanent magnets and glass, which account for 21%, 18% and 16% of the demand for rare earths, respectively. The downstream products of tungsten are mainly hard alloy, alloy steel and tungsten, whose demand for tungsten accounts for 52%, 30% and 13% respectively. Molybdenum is mainly used in construction steel, stainless steel, catalyst and chemical industry and tool steel and other fields, among which the former two demand for molybdenum accounted for more than 60% of the total market demand for molybdenum. In addition, antimony is mainly used in flame retardant, tin is mainly used in solder, indium is mainly used in indium tin, and germanium is mainly used in PET, optical fiber and infrared optics, not mainly used in aluminum alloy, casting and steel making desulfurization and other fields. <br> <br>Benefits of Using Minor Metals <br>01 <br>Minor metal elements are widely used in industry due to their excellent physical and chemical properties and electrical properties. Because of their characteristics of &quot;few, small, fine and wide&quot;, they are called modern &quot;vitamins of industry&quot;. <br> <br>02 <br>Minor metals are closely related to the development of modern high and new technology, especially widely used in the military field. It can be said that without them, even if the technology is advanced, it is difficult to produce advanced weapons and equipment. <br> <br>Now the minor metal prices are reasonable, anything you need, please contact us. <br> <br>If you want to know more types of refractory metals, please visit our website. <br> <br>As a refractory metal company, we will do our best to meet all the needs of customers. <br>#metal#minor <br>[a]https%3A%2F%2Fwww.hsgmetal.com%2Fproducts%2Fminor-metals%2F[/a]

Indium Ingot <br>Buy high-purity indium ingots(CAS 7440 74 6) at a reasonable price at HSG Metal! <br> <br>An Indium Ingot is a solid piece of indium, a soft, malleable, and ductile metal with a silvery-white appearance. Indium, with the chemical symbol In and a molecular weight of 114.82, is commonly used in various industrial applications due to its unique properties. <br> <br>Our indium ingots for sale are soft enough to score with your nails. 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Ferro Vanadium <br>HSG Metal has ferro vanadium for sale! Get the latest ferro vanadium price! <br> <br>Ferro Vanadium is typically manufactured from Vanadium sludge (or magnetite ore with titanium content, processed for pig iron). <br> <br>Vanadium concentration of our ferro vanadium: from 40% to 80%. <br> <br>Sizes of ferro vanadium powder: 10-50mm/60-325mesh/80-270mesh &amp; custom size <br> <br>Color: Silver Gray/Gray <br> <br>If you are looking for reliable ferro vanadium producers, HSG Metal is definitely your ideal choice. Get to know our ferro vanadium specification below. 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According to ferro vanadium chemical composition, after beneficiation and enrichment, vanadium-bearing pig iron is purified by a blast furnace, and vanadium slag is extracted in an atomizing furnace or converter blowing process. Vanadium slag is pulverized and sodium salt (soda ash, salt, or anhydrous mirthenite) is added for roasting by sodium oxide to make vanadium into soluble sodium metavanadate (NaVO3). After leaching and purification, ammonium sulfate is added to precipitate ammonium polyvanadate [(NH4)2V6O16], which is then deaminated and melted to cast into sheet vanadium pentoxide. <br> <br>Ferro Vanadium Uses <br>Ferrovanadium is mainly used as an alloy additive in steelmaking. After adding iron vanadium to steel, the hardness, strength, wear resistance and ductility of steel can be significantly improved, and the cutting performance of steel can be improved. Iron vanadium is commonly used in carbon steel, low alloy steel strength steel, high alloy steel, tool steel and cast iron production. <br> <br>Vanadium ferro alloys types are suitable for alloy steel smelting, alloying element additive and stainless steel electrode coating. <br> <br>HSG Metal, as one of the most professional ferro vanadium producers in China, have been providing high-quality products for many customers and different ferro vanadium uses. If you are looking for a reliable refractory metal company, please reach to us for ferro vanadium price today! <br> <br>Production Process of Ferro Vanadium <br>Electro-silicothermic process <br> <br>With 75% ferrosilicon and a small amount of aluminum as reducing agent, the flake vanadium pentoxide was purified in alkaline electric arc furnace through two stages of reduction and refining. During the reduction period, all the reducing agent of the first furnace and the sheet vanadium pentaoxide accounting for 60 ~ 70% of the total amount were loaded into the electric furnace, and silicon thermal reduction was carried out under the high calcium oxide slag. When the V2O5 in the slag is less than 0.35%, the slag is released (called poor slag, can be discarded or used as building materials), into the refining period. At this time, flake vanadium pentaoxide and lime are added to remove the excess silicon and aluminum in the alloy liquid. When the alloy composition meets the requirements, the iron alloy can be slag out. The slag released in the later stage of refining is called rich slag (containing V2O5 up to 8 ~ 12%), which is returned to use when the next furnace begins to feed. The alloy liquid is generally cast into cylindrical ingot, which is finished after cooling, demolding, crushing and slag removal. 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