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Factors Influencing the Price of Ferrovanadium (FeV) Ferrovanadium, also known as FeV alloy, Iron Vanadium, or Vanadium Iron Alloy, is a critical alloying agent in steelmaking and other industrial applications. Its price fluctuates based on a complex interplay of global supply-demand dynamics, raw ... Read More
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The Effect of Ferrovanadium Addition Timing on Steel Properties: A Comprehensive Guide Ferrovanadium (FeV), a critical alloying agent composed of iron and vanadium, is pivotal in enhancing steel strength, toughness, and wear resistance. As a premium Ferrovanadium alloy, its effectiveness hinges on ... Read More
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What Is the Role of 80 % Ferrovanadium in Industry? 80 % ferrovanadium (FeV80) is an iron–vanadium alloy containing approximately 78–82 % vanadium by weight, with the balance mainly iron and small amounts of deoxidizers (Al, Si). It is the highest commercial vanadium grade, offering maximum ... Read More
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What Is the Role of 60 % Ferrovanadium in Industry? 60 % ferrovanadium (FeV60) is an iron–vanadium alloy containing approximately 58–62 % vanadium, with the balance being iron and small amounts of deoxidizers (typically aluminum and silicon). It is one of the most widely used grades because it ... Read More
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What Are the Applications of Ferrovanadium in Manufacturing? Ferrovanadium (FeV) is an iron–vanadium alloy, commonly available as FeV40 (≈40 % V), FeV50 (≈50 % V), and FeV80 (≈80 % V), with the balance being iron and minor deoxidizers (Al, Si). It is primarily used as an alloying additive in steel ... Read More
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What are the differences between ferrovanadium 80 and ferrovanadium 40? Ferrovanadium 80 and ferrovanadium 40 are both members of the FeV alloy family, but they differ significantly in vanadium content, metallurgical effect, typical applications, and cost. Aspect Ferrovanadium 40 (FeV40) Ferrovanadi... Read More
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What Is Ferrovanadium 80? Ferrovanadium 80 (often written as FeV80) is an iron–vanadium alloy containing about 80 % vanadium by weight, with the remainder being mostly iron and small amounts of other elements (such as aluminum or silicon) used as deoxidizers during production. Chemical composition ... Read More
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Tin Ingot Storage Conditions – Professional Guidelines Proper storage of tin ingots is essential to maintain their purity, surface quality, and mechanical properties over time. Below are the key storage conditions, environmental requirements, and best practices for tin ingot storage: 1. ... Read More
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What are the specifications and applications of tin metal bars? Standard Specifications: 1. Dimensions: • Rectangular Bars: 50-100mm width × 20-50mm thickness • Round Bars: 15-50mm diameter • Length: 200-1000mm standard 2. Purity Grades: • Industrial: 99.85-99.90% • ... Read More
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What are the technical specifications for high-purity tin ingots? Purity Specifications: 1. Standard High Purity: • Sn ≥ 99.90% (ASTM Grade A+) • Impurity Limits: • Pb ≤ 0.01% • As/Sb/Bi ≤ 0.005% • Fe/Cu ≤ 0.002% 2. Premium High Purity: • Sn ≥ 99.95% • Additional controls for: • ... Read More
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