Oxidative refining of silicon metal is a smelting process used to reduce the impurity content in silicon. This method is widely by Silicon Metal Manufacturers in China. In this process, silicon metal goes through high temperature and contacted with oxidant to oxidize the impurity elements. Then the oxides enter the slag phase to achieve separation […]
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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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Silicon metal, also known as metallic silicon, is a silicon product smelted in submerged arc furnace. Its silicon content is usually not less than 98.7%. According to the different contents, silicon can be divided into sevearl detailed silicon metal models and application fields. The nominal silicon content should be 100% minus the sum of the
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Metallic silicon, also known as metal silicon, industrial silicon, is a product of silicon (content above 98.5%). Silicon metal, made from material of silica and reducing agent in submerged arc furnace. Silicon metal standard and models has been evolved in the growing of industry. In 2014, China issued a new version of the industrial silicon
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Silicon metal is the core raw material of the silicon energy industry chain. Silicon metal have three major downstream industries—polysilicon, silicone, and aluminum alloys. Those are vital to China’s strategic goal of achieving “carbon peak and carbon neutrality.” Polysilicon is essential for solar photovoltaic and semiconductor manufacturing. It is stable supply is crucial for transforming
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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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The resources of silicon metal in Earth is abundant. In crustal the proportion of silicon is 26.4%, ranking second after oxygen. Elemental silicon does not exist in nature. In addition to carbonates and phosphates, most of the minerals in the earth’s crust are rocks containing silicon. Almost all silicon compounds in nature exist in the
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The smelting process of silicon metal refers to the process of extracting silicon element from silica or its oxide through certain technical means. There are three theoretical methods for smelting industrial silicon: thermal decomposition, electrolysis and electrothermal reduction. The so-called thermal decomposition method is a process in which the oxide is heated to a higher
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Magnesium alloys often use magnesium as the basic element and also contain multiple elements such as aluminum, zinc, silicon, manganese, and copper. The functions of each elements in magnesium alloys varies. By adjusting the content and proportion of different Elements, we can get different applications of Magnesium alloys. Aluminum Elements in Mg Alloys Al: Improves
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China’s metal silicon industry has developed rapidly in recent years, especially driven by the photovoltaic industry. Silicon metal China demand has continued to grow. In the first half of 2022, China’s silicon metal (industrial silicon) output reached 1.436 million tons, an increase of 26.9%. This data includes metallurgical grade silicon metal and chemical grade silicon
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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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The process of producing metallic silicon is the process of deoxidizing and reducing the raw materials of silicon oxide, such as silica, dolomite, etc.Both Silicon 553 with without Oxygen are with a Si content of more than 98.5% can be called industrial silicon, or silicon metal. Among them, Silicon metal 553 is a common and
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SIlicon metal is an important industrial basic material. Silicon metal is the raw material for the production of organic silicon, non-ferrous alloys and polycrystalline silicon. China’s metallurgical grade silicon metal production capacity and output rank first in the world. And it continues to grow. At the same time, China also has the largest number of
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Silicon Metal holds a crucial position in China’s industrial landscape, serving as a key component in diverse sectors manufacturing. Among the notable players in this field, AHMM emerges as a leading Silicon Metal Manufacturers in China. Anyang Highrise Metal Materials contributing significantly to the global silicon metal supply chain. A Look into Anyang Highrise Metal
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Metallurgical Grade Silicon Metal, commonly known as metallurgical silicon or metallurgical-grade silicon (MG-Si), plays a pivotal role in various industrial processes. This article aims to shed light on the importance of metallurgical grade silicon, for instance, its production, and its diverse applications in the metallurgical and manufacturing sectors. Production Process: Raw materials of Metallurgical Grade
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In the dynamic world of metallurgy, Silicon metal producers play a crucial role in meeting the global demand for high-quality silicon. Among these industry leaders, Anyang Highrise Metal Material stands out as a prominent contributor to the thriving silicon market. As one of the foremost silicon producers, Anyang Highrise Metal Material consistently demonstrates excellence in
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The applicationi of polycrystalline silicon scrap is wider than our though. Polysilicon waste is a by-product during the production of polycrystalline silicon. In the production process of polysilicon, by-products include silicon tetrachloride, hydrogen chloride, chlorine, hydrogen, oxygen, silicon powder, etc. Recycling silicon-containing materials can save resources. Re-extracting the recycled silicon-containing waste materials and using the
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Silicon metal plays a variety of roles in aluminum alloys, including cast and deformed aluminum. Silicon metal for aluminum alloy includes several regular Si metal models. Such as silicon metal 553, silicon metal 441. Silicon can form a compound called AlSi. Al-Si compounds can increase the strength of aluminum alloys, hardness and thermal stability. In
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