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What Are the Applications of Silicomanganese? Silicomanganese (SiMn) is an alloy containing silicon (~14–21%), manganese (~65–68%), and iron, used extensively in metallurgy: • Deoxidizer in Steelmaking: Silicon and manganese both act as strong deoxidizers, improving steel purity. • ... Read More
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What Are the Advantages of Low-Carbon Ferromanganese? Low-carbon ferromanganese (typically 80–85%): Provides excellent deoxidizing and alloying properties without excessive carbon pickup. • Improved Steel Properties: Enhances toughness, ductility, corrosion resistance, and strength ... Read More
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What Are the Applications of Ferromanganese? Ferromanganese is an alloy composed mainly of iron and manganese, used primarily in steelmaking. Its main applications include: • Steel Deoxidizer & Alloying Agent: Ferromanganese is added during the steelmaking process to remove oxygen and ... Read More
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How Is Silicon Carbide Produced? Raw Material Preparation Step Explanation Selection of Raw Materials The main raw materials for silicon carbide production are high - quality silica sand (SiO₂) and carbon - containing materials such as petroleum coke or anthracite coal. The silica sand should have a ... Read More
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How to Determine the Addition Amount of Silicon Carbide in Casting? Based on the Type of Casting Material Factor Explanation Cast Iron In cast iron casting, the addition amount of silicon carbide is usually related to the desired silicon content and the deoxidation requirements. Generally, for gray ... Read More
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How to Select the Right Silicon Carbide? Consider the Material to Be Ground Factor Explanation Hardness of the Material If the material to be ground is very hard and brittle, such as optical glass or hard ceramics, green silicon carbide is a better choice because of its high hardness. For softer ... Read More
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What Is the Difference Between Green Silicon Carbide and Black Silicon Carbide? Appearance and Purity Type Appearance Purity Green Silicon Carbide It has a bright green color. Green silicon carbide is of higher purity, typically with a silicon carbide content of over 99%. The high purity is achieved ... Read More
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Magnesium Ingot for Industry From aerospace to automotive, construction to electronics, magnesium ingots are the unsung heroes of modern industry—driving innovation, efficiency, and sustainability. Our magnesium ingots, available in purity grades from 99.5% to 99.99%, are engineered to meet the ... Read More
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99.99% Magnesium Alloy Metal Ingot for Industrial Light and Corrosion Resistant Metal Industrial applications demand materials that are both lightweight and durable—and our 99.99% magnesium alloy ingot delivers on both fronts. Blending 99.99% pure magnesium with strategic alloying elements, this ... Read More
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Magnesium Ingot 99.95 - Ideal for Precision Magnesium Alloy Production Precision alloy manufacturing demands raw materials of uncompromising consistency—and our 99.95% magnesium ingot is engineered to meet that standard. With tight impurity controls (e.g., Read More
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