Magnesium alloy production dominates global magnesium consumption, accounting for about 50%, and global consumption in 2024 is about 500,000 tons. The applications of magnesium alloys includes automobile, aircraft and robot industries. Specifically in the automotive industry, North America and Europe uses 15-18 kg of magnesium per vehicle, China uses 10 kg. It is estimated that […]
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The magnesium industry is an important industry in the manufacturing industry and an irreplaceable strategic location for national economic security. Magnesium has a wide range of uses, from construction, transportation to energy, aerospace, and a complete industry chain. From upstream magnesium ore mining to midstream magnesium ingot smelting, and then to downstream magnesium alloys processing,
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In the first half of this week, the magnesium market continued to recover moderately. The main reason is the rise in the prices of raw materials ferrosilicon and coal, and the increase in costs. In Shaanxi Province, Magnesium 99.9 Price rose to 18,700 RMB/Ton, and transaction price in the market rose to 18,600 RMB/Ton. Compared
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Magnesium metal ingot is becoming increasingly pivotal in various industries due to their unique properties and wide-ranging applications. As the lightest structural metal available, magnesium’s combination of strength, lightweight, and versatility makes it invaluable in sectors ranging from automotive to aerospace, electronics, and beyond. The density of Magnesium (Mg) is about two-thirds of aluminum, making
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Magnesium Ingot Manufacturers in China occupies an important position in the global market. According to the latest data, China’s magnesium metal production reached 933,300 tons in 2022. It accounting for 88.63% of the global total production. China is not only the world’s largest producer of magnesium metal, but also plays a key role in global
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Silicon metal 97, or we can also call it off grade silicon, is a model of Si metal. Main impurity of Off-Grade Silicon 97 is similar to other silicon metals, including elements such as iron, aluminum and calcium. The main use of this metallic silicon is as an additive to non-ferrous alloys, replacing other grades
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Over the past two decades, China’s magnesium industry has rapidly risen from its nascent stage. Now it become a global leader, demonstrating strong growth momentum. From the statistics, all the Magnesium ingot manufacturer had production capacity stands at 1.3646 million tons. The output reaching 0.9333 million tons and capacity utilization rate at 68.39%. Magnesium, as
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Magnesium ingot factory generally uses two production methods to produce magnesium ingots: thermal reduction method and electrolysis method. The thermal reduction method mainly uses the chemical substance silicon to purify magnesium metal. The raw materials used in the production process include silicon carbide, calcium oxide and pure silicon. The necessary conditions for the chemical reaction
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Magnesium Ingot Supplier includes Mg ingot manufacturer, Mg metal trader, magnesium ingot exporter. These types of suppliers point to different types. China is the world’s largest supplier of magnesium metal ingots. In recent years, China’s magnesium metal production scale kept continuing to expand. According to statistics, China’s raw magnesium production capacity in 2022 will be
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Magnesium metal is a silver-white with low density and is relatively stable in the air. When heated, it burns with a bright white light and thick smoke. The atomic weight is 24.31, the melting point is 650.0℃, and the boiling point is 1095℃. The word magnesium comes from the Greek Magnesia (place name) where a white ore
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At present, Global aluminum alloy industry pattern competition over overcapacity in the global aluminum alloy industry is intensifying. The problem of overcapacity in the aluminum industry has become a common problem in the development of the global aluminum industry. The upstream, midstream and downstream industrial chains of the aluminum industry chain can be regard as
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Magnesium alloy is an alloy based on magnesium with other elements added. Its characteristics include low density (about 1.8g/cm³), high strength, large elastic modulus, good heat dissipation, shock absorption, and good corrosion resistance. Advancements and Applications of Magnesium Alloys are more and more notice and valued in metal industery. Magnesium metal generally exists in the
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Casting is the earliest metal thermal processing technology mastered by humans, with a history of about 6,000 years. Among the existing metal forming methods, the casting process is also a relatively economical one. Especially for forming parts with complex shapes or that are difficult to machine. For automobile wheel hub materials, aluminum alloy is more
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Aluminum alloying tablets are a new type of additive which can replace master alloys in aluminum alloy production. These Manganese Tablet for Aluminum Alloy are made by mixing metal powder and flux in specific proportions and pressing the mixture into shape. Manganese tablets, which have a cylindrical form, are uniform in density and denser than
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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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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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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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