Other

7202.92.00Ferro-vanadium

7202.93.00Ferro-niobium

7202.99.00Other

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Products classified under Tariff item 7202.9

65% Ferrosilicon Titanium Lumps

Ferrosilicon titanium lumps containing 65% titanium, 20% silicon, and the balance iron, used as an additive in the production of high-silicon specialty steels. This ternary ferroalloy falls under tariff item 7202.91.00 as ferro-silico-titanium, which is explicitly included in the heading.

Aerospace-Grade Ferrotitanium

Aerospace-grade ferrotitanium with 70% titanium and ultra-low impurities, certified for use in titanium-stabilized stainless steels in aircraft applications. This product is a ferro-alloy of iron and titanium, classifiable under tariff item 7202.91.00 as ferro-titanium.

Ferrosilicon Titanium 45% Titanium

Ferrosilicon titanium with approximately 45% titanium, used in steelmaking for deoxidation and grain refinement. This ternary ferroalloy of iron, silicon, and titanium is classifiable under tariff item 7202.91.00 as ferro-silico-titanium.

Ferrosilicon Titanium Cored Wire

Ferrosilicon titanium cored wire, where the ferroalloy core (45% Ti) is encased in a mild steel sheath for precise injection into steel ladles. The core material is classifiable under tariff item 7202.91.00 as ferro-silico-titanium, provided the product is not considered a separate article of Chapter 73.

Ferrotitanium 70% Titanium Alloy

Ferrotitanium containing approximately 70% titanium and 30% iron, used as a master alloy in steel production to enhance strength and corrosion resistance. This ferro-alloy is classifiable under tariff item 7202.91.00 as ferro-titanium.

Ferrotitanium Briquettes

Compressed ferrotitanium briquettes with 50% titanium, designed for uniform melting in induction furnaces. These briquettes are a primary form of ferro-titanium, classifiable under tariff item 7202.91.00, as they are not further worked beyond agglomeration.

Ferrotitanium Granules 30-70% Ti

Granulated ferrotitanium with 30-70% titanium content, sized 3-10mm for easy dissolution in molten steel baths. This product is a ferro-alloy in granular form, classifiable under tariff item 7202.91.00 as ferro-titanium, used to enhance weldability in structural steels.

Ferrotitanium Powder 200 Mesh

Atomized ferrotitanium powder (-200 mesh, 45% Ti) for powder metallurgy and thermal spraying. This product is a ferro-alloy in powder form, classifiable under tariff item 7202.91.00 as ferro-titanium, as it is not further worked beyond atomization.

High-Purity Ferrotitanium Lumps

High-purity ferrotitanium lumps with over 65% titanium and low impurities, ideal for specialty steel grades like aerospace components. This ferro-alloy is classifiable under tariff item 7202.91.00 as ferro-titanium, used in electric arc furnaces for titanium additions.

Low-Carbon Ferrotitanium Alloy

Low-carbon ferrotitanium alloy with controlled carbon content (<0.1%) and approximately 40% titanium, used for nitriding-resistant steels in automotive exhaust components. This ferro-alloy is classifiable under tariff item 7202.91.00 as ferro-titanium.

Ferrovanadium 80% Grade

Ferrovanadium 80% Grade is an iron-vanadium alloy containing approximately 80% vanadium by weight, used primarily as an additive in steel production to enhance strength and toughness. It is classified as a ferro-alloy under heading 72.02, specifically as ferro-vanadium, and meets the definition of ferro-alloys in Chapter Note 1(c) with iron content of 4% or more and vanadium exceeding the specified thresholds.

Ferrovanadium Lumps 75% V

Ferrovanadium lumps with 75% vanadium content are irregularly shaped pieces used in electric arc furnaces for steel alloying. They are classified as ferro-vanadium under heading 72.02, as the physical form (lumps) is a primary form covered by the definition of ferro-alloys in Chapter Note 1(c).

Ferrovanadium Powder 82% V

Atomized ferrovanadium powder with 82% vanadium content is used for precision alloying in powder metallurgy and specialty steels. It is classified as ferro-vanadium under heading 72.02, as the granular or powder form is explicitly included in the definition of ferro-alloys in Chapter Note 1(c).

FeV 50% Standard Grade

FeV 50% standard grade ferrovanadium provides economical vanadium addition for construction grade rebar and structural steels. It is classified as ferro-vanadium under heading 72.02, meeting the compositional requirements of ferro-alloys with iron and vanadium content as defined in Chapter Note 1(c).

High-Purity Ferrovanadium 60%

High-purity ferrovanadium 60% contains 60% vanadium with minimal impurities, ideal for producing tool steels and high-strength low-alloy (HSLA) steels. It is classified as ferro-vanadium under heading 72.02, as the purity level does not affect the classification of ferro-alloys.

Nitrogen-Bonded Ferrovanadium

Nitrogen-bonded ferrovanadium contains controlled nitrogen levels alongside 65-80% vanadium for nitriding steel applications. It is classified as ferro-vanadium under heading 72.02, as the addition of nitrogen does not change its essential character as a ferro-alloy of vanadium.

Tool Steel Grade Ferrovanadium

Tool steel grade ferrovanadium meets stringent low-phosphorus specs (P<0.05%) for high-performance cutting tools and dies. It is classified as ferro-vanadium under heading 72.02, as the end-use does not affect the classification of ferro-alloys.

Ferroniobium 65% Niobium Grade A

Ferroniobium alloy containing approximately 65% niobium and 35% iron, used primarily in the production of high-strength low-alloy steels for construction and automotive applications. It is supplied in lump form for direct addition to steel melts.

Ferroniobium 68% Nb Low Carbon Grade

Low-carbon ferroniobium alloy with a niobium content of 68%, designed for applications requiring minimal carbon pickup in stainless steel production. It is supplied in lump form and is used to add niobium to steel without introducing excessive carbon.

Ferroniobium Briquettes 63% Nb

Pressed briquettes of ferroniobium with a niobium content of 63%, designed for consistent dosing in steel ladles. The briquette form ensures uniform addition and dissolution in molten steel, improving process control.

Ferroniobium Chips 64% Nb Recycling Grade

Clean ferroniobium chips from processing with a niobium content of 64%, intended for remelting. The chips are sized under 25 mm and are used as a recycling grade material in steel production.

Ferroniobium Granules 65% Nb for Steel Inoculation

Granulated ferroniobium with a niobium content of 65%, optimized for uniform dispersion in ladle metallurgy. The particle size of 3-10 mm ensures consistent addition and dissolution in steel melts.

Ferroniobium Lumps Ultra-Low P/S

Ferroniobium in lump form with a niobium content of 60-70% by weight, characterized by ultra-low phosphorus and sulfur levels (max 0.01% each) and a silicon content of 0.25%. It is used as an additive in electric arc furnace steelmaking to impart strength and toughness to high-strength low-alloy steels.

Ferroniobium Powder 65% Nb Atomized

Gas atomized ferroniobium powder with a niobium content of 65%, used for powder metallurgy applications. The powder has a mesh size of -100 and is produced by atomization for uniform particle distribution.

High-Purity Ferroniobium 60% Niobium

High-purity ferroniobium alloy containing approximately 60% niobium by weight, with phosphorus below 0.02%, sulfur below 0.02%, and silicon below 0.4%. It is primarily used in the production of high-strength low-alloy (HSLA) steels for automotive and construction applications.

HSLA Steel Ferroniobium Additive

Specialty ferroniobium optimized for HSLA steels, with niobium content of 68%, phosphorus and sulfur each below 0.01%, and silicon at a maximum of 0.2%. It is supplied in crushed form with a particle size of 3-10 mm for easy addition during steelmaking.

Industrial Ferroniobium 66% Nb Vacuum Melted

Vacuum induction melted ferroniobium with a niobium content of 66%, featuring low impurity levels for specialty steel production such as pipeline grades. The vacuum melting process ensures high purity and uniformity, making it suitable for demanding applications.

Low-Impurity Ferroniobium 65% Nb

Premium ferroniobium with a niobium content of 65%, strictly controlled to have phosphorus below 0.015%, sulfur below 0.01%, and silicon below 0.3%. It is designed for specialty steel applications requiring high purity and consistent performance.

Master Ferroniobium Alloy 62% Nb

Master alloy ferroniobium with a niobium content of 62%, optimized for micro-alloying in continuous casting steel. It has low aluminum and titanium impurities and is supplied in lump form for direct addition to steel melts.

Premium Ferroniobium 67% Nb Pipeline Steel

High-spec ferroniobium with a niobium content of 67%, designed for API pipeline steel with tight control on trace elements. It is supplied in lump form with optimized bulk density for feeder use in steelmaking.

Premium Grade Ferroniobium FeNb65

FeNb65 grade ferroniobium with a niobium content of 65% ± 1.5%, phosphorus max 0.018%, sulfur max 0.015%, and silicon max 0.35%. It is supplied as 10-60 mm lumps and is used as an additive in steel production to improve strength and corrosion resistance.

Standard Ferroniobium Lumps 60-70% Nb

Irregular lumps of ferroniobium alloy with a niobium content of 60-70%, ideal for electric arc furnace steelmaking additions. The lumps are produced by crushing and are used to add niobium to steel for improved mechanical properties.

Atomized Ferrophosphorus 20-25% P

Atomized ferrophosphorus particles with 20-25% phosphorus and spherical morphology are used for uniform melting in specialty steel production. They are classified under 7202.99.00 as an 'other' ferro-alloy.

Calcium Silicon 24/70 Deoxidizer Lump

Calcium silicon ferroalloy with 24% calcium and 70% silicon, supplied in lump form (10-50mm) for use in secondary steel refining. It is a ferro-alloy of iron, calcium, and silicon, classified under the 'Other' subheading of ferro-alloys.

Calcium Silicon 30/65 Ferroalloy

Calcium silicon 30/65 ferroalloy containing approximately 30% calcium and 65% silicon, used primarily as a deoxidizer and desulfurizer in steel production. It is a ferro-alloy of iron, calcium, and silicon, classified under the 'Other' subheading of ferro-alloys.

Calcium Silicon Cored Wire Filler

Bulk calcium silicon powder used as filler material for manufacturing cored wires in steel treatment stations. The pure calcium silicon filler is classified under the 'Other' subheading of ferro-alloys.

Ferroaluminum

Ferroaluminum (30-50% aluminum) deoxidizer used in steel production. It is a ferro-alloy of iron and aluminum, classified under the 'Other' subheading of ferro-alloys.

Ferroaluminum 35% Al

Ferroaluminum alloy containing 35% aluminum, used as a deoxidizing agent in steel production. It is classified as a ferro-alloy under heading 72.02 because it contains iron and more than 10% aluminum, and it does not match any more specific ferro-alloy subheading.

Ferroantimony

Ferroantimony, used in lead alloys via steel production. It is a ferro-alloy of iron and antimony, classified under the 'Other' subheading of ferro-alloys.

Ferroboron

Ferroboron (17-20% boron) for grain refinement in steel, used in pipeline and automotive steels. It is a ferro-alloy of iron and boron, classified under the 'Other' subheading of ferro-alloys.

Ferroboron 18% B

Ferroboron alloy containing 18% boron, used in steel production to enhance hardenability and strength. It falls under tariff item 7202.99.00 as an 'Other' ferro-alloy because it contains iron and more than 10% boron, and it does not meet the definitions of more specific ferro-alloys like ferrosilicon or ferrochrome.

Ferrochrome High Carbon

High-carbon ferrochrome, containing 4-8% carbon by weight, is a ferro-alloy used primarily to introduce chromium into stainless steel production. It falls under tariff item 7202.99.00 as an 'other' ferro-alloy, not elsewhere specified or included.

Ferrocolumbium (Ferro Niobium)

Ferrocolumbium, also known as ferro-niobium, contains 60-70% niobium and is used to enhance the strength of high-strength low-alloy (HSLA) steels without adding significant weight. It is classified under 7202.99.00 as an 'other' ferro-alloy.

Ferrocolumbium (Ferro-Niobium) 65% Nb

Ferrocolumbium (ferro-niobium) alloy with 65% niobium, used for micro-alloying high-strength low-alloy steels. It is classified under tariff item 7202.99.00 as an 'Other' ferro-alloy because it contains iron and more than 10% niobium, and it does not match any more specific ferro-alloy subheading in Chapter 72.

Ferromolybdenum

Ferromolybdenum, an alloy of iron and molybdenum (typically 60-70% molybdenum), is added to steel to improve hardenability, strength, and corrosion resistance, particularly in tools and pipelines. It is classified under 7202.99.00 as an 'other' ferro-alloy.

Ferromolybdenum 70% Mo

Ferromolybdenum alloy containing approximately 70% molybdenum and 30% iron, used as an alloying agent in high-strength steel production to enhance hardenability and corrosion resistance. It is classified under tariff item 7202.99.00 as an 'Other' ferro-alloy because it contains iron and more than 10% molybdenum, and it does not match any more specific ferro-alloy subheading.

Ferrophosphorus

Ferrophosphorus, containing about 25% phosphorus, is used as an alloying agent in steel production to improve fluidity and machinability. It falls under tariff item 7202.99.00 as an 'other' ferro-alloy.

Ferrophosphorus 18-25% Phosphorus Grade

Ferrophosphorus alloy containing 18-25% phosphorus and balance iron, produced by reducing phosphate rock with carbon in electric arc furnaces, is used as a deoxidizer and alloying additive in steel production. It falls under 7202.99.00.

Ferrophosphorus for Ductile Iron Production

Special ferrophosphorus grade optimized for ductile iron with controlled 19-21% phosphorus to promote spheroidal graphite formation, supplied in crushed form for foundry ladle additions. It is classified under 7202.99.00.

Ferrophosphorus Lumps 20% Phosphorus

Lump-form ferrophosphorus with approximately 20% phosphorus, sized 10-50mm, is used in electric arc furnaces for steel dephosphorization and alloying. It meets the Chapter 72 definition for ferrophosphorus under 7202.99.00.

Ferrophosphorus Powder 22% P Fine Grade

Atomized or crushed ferrophosphorus powder with 22% phosphorus content and particle size less than 1mm is used for precise alloy additions in continuous casting steel. It is classified as ferrophosphorus under 7202.99.00.

Ferrosilicon 75%

Ferrosilicon containing 75% silicon by weight is used as a deoxidizer and alloying agent in steel production to improve strength and quality. It is classified under 7202.99.00 as an 'other' ferro-alloy, distinct from ferrosilicon with lower silicon content.

Ferrotitanium 35% Ti

Ferrotitanium alloy with 35% titanium, used for deoxidation and grain refinement in stainless and alloy steels. It falls under tariff item 7202.99.00 as an 'Other' ferro-alloy because it contains iron and more than 10% titanium, and it does not match any more specific ferro-alloy subheading in Chapter 72.

Ferrotungsten

Ferrotungsten, containing 70-80% tungsten, is used in tool steels and wear-resistant parts due to its high density and hardness. It falls under tariff item 7202.99.00 as an 'other' ferro-alloy.

Ferrotungsten 75% W

Ferrotungsten alloy containing 75% tungsten, used in tool steels for high wear resistance and high-temperature performance. It is classified under tariff item 7202.99.00 as an 'Other' ferro-alloy because it contains iron and more than 10% tungsten, and it does not match any more specific ferro-alloy subheading.

Ferrovanadium

Ferrovanadium, containing 40-80% vanadium, is used in micro-alloyed high-strength low-alloy (HSLA) steels to improve strength-to-weight ratio. It is classified under 7202.99.00 as an 'other' ferro-alloy.

Ferrovanadium 80% V

Ferrovanadium alloy with 80% vanadium content, added to steel for improved strength and toughness in tool and structural applications. It falls under tariff item 7202.99.00 as an 'Other' ferro-alloy because it contains iron and more than 10% vanadium, and it does not match any more specific ferro-alloy subheading.

Ferrozirconium 35% Zr

Ferrozirconium alloy at 35% zirconium, used for nodular iron and steel grain control. It is classified under tariff item 7202.99.00 as an 'Other' ferro-alloy because it contains iron and more than 10% zirconium, and it does not match any more specific ferro-alloy subheading in Chapter 72.

Ferrozirconium 40% Zirconium Low Carbon Grade

Ferrozirconium with 40% zirconium content, low-carbon grade, used as a grain refiner and alloying agent in specialty stainless steel production. It is a ferro-alloy of iron and zirconium, classified under the 'Other' subheading of ferro-alloys.