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What are the uses of high carbon ferromanganese? High carbon ferromanganese is an important alloy material, mainly composed of iron, manganese and carbon, with an iron content of 76-85%, a carbon content of 7-9%, and a manganese content of 65-80%. The uses of high carbon ferromanganese are mainly ... Read More
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What are the main production areas of high carbon ferromanganese in China? The main production areas of high carbon ferromanganese in China are mainly distributed in Hunan, Guizhou, Sichuan and other regions. Among them, Hunan is one of the important high-carbon ferromanganese production areas in my ... Read More
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What are the classifications of high-carbon ferromanganese? High-carbon ferromanganese is an important ferroalloy material, the main components of which are iron, manganese and carbon. According to its carbon content and manganese content, high-carbon ferromanganese can be divided into different ... Read More
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How much are China's high-carbon ferromanganese reserves? According to statistics, China's domestic high-carbon ferromanganese reserves are abundant, accounting for more than 60% of the world's total reserves. Among them, they are mainly distributed in North China, Southwest China, Northwest China ... Read More
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What are the overseas high-carbon ferromanganese reserves? Overseas high-carbon ferromanganese is an important alloy iron ore used to produce alloy steel and stainless steel. It has excellent properties such as wear resistance, abrasion resistance and high strength. Overseas high-carbon ferromangane... Read More
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What are the reasons for the rise in high carbon ferromanganese prices? 1. Rising raw material costs: The production of high carbon ferromanganese requires a large amount of raw materials such as manganese ore and coke. If the prices of these raw materials rise, it will inevitably lead to an ... Read More
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What are the primary titanium-iron processing techniques? Key methods include: Vacuum Arc Remelting (VAR): Ensures high purity by minimizing contamination. Thermal/Mechanical Processing: Includes forging, rolling, and extrusion to enhance strength and plasticity. Machining (Cutting, Grinding): ... Read More
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What is the processing cost per ton for titanium-iron alloys? The cost varies significantly based on grade, purity, and complexity: Low/Medium Grades (e.g., FeTi30/FeTi40): ¥12,000–¥18,000/ton (25-base price) . High-Purity Grades (e.g., FeTi70): Up to ¥60,000/ton5 or 2,000–2,000–3,000/ton ... Read More
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How is the price of titanium-iron alloys calculated? Price calculation factors include: Raw Material Costs (e.g., sponge titanium prices). Production Complexity (e.g., VAR vs. conventional smelting). Market Demand: Aerospace and medical industries drive premium pricing. Alloy Specifications: ... Read More
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What is the processing technology of medium carbon ferromanganese? The processing technology of medium carbon ferromanganese mainly includes four links: smelting, casting, forging and heat treatment. The first is smelting. Medium carbon ferromanganese is usually smelted by blast furnace coking ... Read More
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