Silicon metal is a semimetal. It is dark gray and has a metallic sheen. Although Silicon Metal looks like a metal, it shows more non-metallic properties in chemical reactions, and its conductivity is between metals and non-metals, that is, semiconductor properties. Silicon is non-conductive below 650°C and is an insulating material; it begins to conduct […]
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Magnesium ingot is an important material to make magnesium alloys. The main downstream application field of magnesium alloys is the production and manufacturing of automobiles. About 70% of magnesium alloys are used in automobile manufacturing. Magnesium Ingot in Automobile Industry gets more important is mainly due to its low density, light weight and high strength.
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Silicon metal, or known as metal silicon, it is a product smelted from silica and carbonaceous reducing agent in a submerged arc furnace. The main component silicon content is usually above 98.5% and below 99.99%. The remaining impurities are iron and aluminum. , calcium, etc. Among them, Silicon Metal 553 is a very common model.
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Fast melting silicon is an additive in the manufacturing process of aluminum alloys. It contains more than 95% silicon. It can be added directly into the liquid aluminum at normal melting temperatures. Compared with ordinary Silicon metal, the biggest features of fast melting silicon are its fast melting speed, ease of use, and the actual
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Silicon metal and Magnesium ingot are regular additives in aluminum alloy casting. Various additive elements in aluminum alloy interact with each other during the metallurgical process and produce chemical effects. This effect will eventually change the structure and alloy phase of the aluminum alloy material, resulting in aluminum alloys with different properties, functions and uses.
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Silicon-carbon alloy is an alloy mainly composed of silicon and carbon elements. All models like Si68C18 Si65C15 HC-Si Alloy, have applicable in steel smelting because of its good deoxidation and carburization functions. Just like silicon metal, it use raw materials such as silica and petroleum coke through high-temperature reduction reactions in high-temperature electric furnaces in production process.
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Aluminum master alloy is a traditional product mainly for the adjustment of the composition of aluminum, such as aluminum titanium boron master alloy. Those alloys use a melting method to combine some metal elements with aluminum in higher melting temperatures to produce intermediates. The melting temperature of this intermediate will be significant lowere. As a
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Silicon Metal Lumps are generally dark gray and have a metallic luster. Although SIlicon metal looks like a metal, it shows more non-metallic properties in chemical reactions. Its conductivity is between metals and non-metals. It is a semi-metal, that is, a semiconductor property. Silicon is non-conductive below 650°C and is an insulating material; it begins
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Aluminum alloy is a common metal alloy material, which is usually contains aluminum and other metal elements (such as copper, silicon, magnesium, zinc, manganese, etc.). As an important alloying element, the role of manganese in aluminum alloy is very important. Commonly, the manganese element in aluminum alloys is achieved by adding Manganese Tablet. Manganese increases the strength and
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Deoxidation process in steelmaking is very important. Oxygen is inevitable in molten steel. In oxygen-lancing process, the oxygen content will continue to increase due to the oxidation of the molten steel and the impurities. When it solidifies, it will react with the molten steel to form crystals. At the same time, ferrous oxide will also be
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Silicon Metal 98.5 refers to silicon metal with a silicon purity of more than 98.5%. Among conventional Si metal models, Silicon 553 generally meets this requirement. In other words, silicon metal 98.5 is usually silicon metal 553. According to the requirements, the content of Silicon metal 553 is that the iron content is no more
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The composition of common magnesium alloy models generally includes elements such as magnesium, silicon, aluminum, zinc, manganese, and titanium. The magnesium element comes from magnesium ingot, usually Mg Ingot 99.9 or Mg Ingot 99.95. The silicon element comes from Silicon Metal. The aluminum element can be aluminum ingots or electrolytic aluminum. Zinc element generally uses
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Silicon metal slag is a by-product during production of the smelting process of silicon metal. Its alternative names inculde silicon slag, silicon metal scrap. Its main components include silicon, oxygen, and a small amount of iron, aluminum, calcium, and other metal elements. During use, the active ingredient in Si slag is silicon, which generally exists
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Magnesium alloys is an alloy based on magnesium ingot with other elements added. They are applicable in many industrial fields due to their light weight, high strength, good machinability, corrosion resistance, shock absorption and dimensional stability. Its density is about 1.8g/cm3, so with the same strength, parts made of magnesium alloy will be lighter. In addition,
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In the realm of aluminum alloys, certain elements play crucial roles in enhancing their properties. Copper, manganese, and zinc are among these vital elements. Copper Zinc Manganese Elements in Aluminum Alloy each are contributing to the strength, durability, and overall performance of aluminum alloys. Let’s explore how these elements function and interact within aluminum alloys.
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High Purity Silicon Briquette 70-85% is a type of silicon briquette. Compared with traditional silicon briquette, it has a higher silicon content. Silicon Briquette 70 75 80 85 is the model with the highest silicon content currently produced. The raw material of ordinary Si briquette is silicon slag. This raw material is a by-product of
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AlTi5B1 is a regular model of Aluminum Titanium Boron, which is a common aluminum master alloy. Al master alloys are mainly used in aluminum processing and manufacturing processes. Its function is to form a large number of heterogeneous cores in the aluminum liquid before pouring, increase the nucleation ratio during the solidification process of the
Metal silicon can be divided into metallurgical grade metal silicon and chemical grade metal silicon. The silicon content of Metallurgical grade silicon metal is generally above 98.5%. Metallurgical grade silicon metal 553 is a typical model. There are also off grade silicon metal such as Silicon metal 97 Silicon 98, etc. Metallurgical silicon models are
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