Electric Furnace HC Ferromanganese
High-carbon ferromanganese produced via electric submerged arc furnace, containing >4% carbon for desulfurization in steel ladles. HTS 7202.11.50.00 covers this due to its ferromanganese alloy with high carbon meeting the exact description. Standard lump size 10-75mm optimizes furnace charging.
Import Duty Rates by Country of Origin
Alternative Classifications
This product could be classified differently depending on its characteristics or intended use.
If medium-carbon electric furnace grade
Same production but lower carbon shifts within ferromanganese subheadings.
If ferromolybdenum
Molybdenum-dominant alloys have dedicated headings regardless of carbon.
If blast furnace slags containing alloy
Slag byproducts with entrained ferromanganese classify as mineral slags, not alloys.
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Import Tips & Compliance
• Submit production method details if audited; electric arc confirms low-impurity prime product status
• Weigh containers accurately; ferromanganese density affects declared value and duty calculation
• Comply with ISRI specs for clean ferroalloys to prevent hazardous material surcharges
Related Products under HTS 7202.11.50.00
High-Carbon Ferromanganese Lumps
High-carbon ferromanganese lumps containing over 4% carbon by weight, used primarily as an alloying additive in steel production to enhance hardness and strength. This product falls under HTS 7202.11.50.00 due to its ferromanganese composition exceeding 4% carbon content, distinguishing it from lower-carbon variants. Typically supplied in lump form for foundry and steel mill applications.
Ferromanganese HCFeMn Granules
Granulated high-carbon ferromanganese (HCFeMn) with more than 4% carbon, processed for uniform size and quick dissolution in electric arc furnaces. Classified under HTS 7202.11.50.00 for its high-carbon ferromanganese composition used in low-alloy steel manufacturing. The granulation aids in precise alloy addition without altering chemical classification.
Steel Grade High-Carbon Ferromanganese
Premium high-carbon ferromanganese exceeding 4% carbon, tailored for producing high-strength structural steels in ladle metallurgy. HTS 7202.11.50.00 applies to this ferromanganese alloy due to its carbon content surpassing the 4% threshold for deoxidation and manganese alloying. Low phosphorus and sulfur specs ensure steel quality.
Foundry HC Ferromanganese Briquettes
Briquetted high-carbon ferromanganese (>4% carbon) for foundry cast iron production, offering dust-free handling and consistent melt addition. Falls under HTS 7202.11.50.00 as ferromanganese with excess carbon per the heading's chemical criteria. Briquetting is minor working not affecting ferroalloy status.
High-Carbon FeMn Alloy Additive
FeMn alloy additive with over 4% carbon for manganese recovery in secondary steelmaking. Precisely classified under HTS 7202.11.50.00 for high-carbon ferromanganese composition. Sized for conveyor feeding into induction furnaces.