Ferroalloys & Master Alloys

Ferroalloys & Master Alloys

Ferrosilicon

Ferrosilicon is a ferroalloy of iron and silicon, essential for deoxidizing steel and enhancing its strength and magnetic properties.

  • Forms: Lumps, granules, powders

  • Grades: FeSi 45%, 65%, 72%, 75%

  • Standards: ISO 5445 / ASTM A99

  • Notes: Available in different size fractions; packed in 1 MT big bags or bulk

Ferrosilicon

Ferrosilicon is a ferroalloy of iron and silicon, essential for deoxidizing steel and enhancing its strength and magnetic properties.

  • Forms: Lumps, granules, powders

  • Grades: FeSi 45%, 65%, 72%, 75%

  • Standards: ISO 5445 / ASTM A99

  • Notes: Available in different size fractions; packed in 1 MT big bags or bulk

Ferrochrome

Used mainly in stainless steel production, ferrochrome provides corrosion resistance and hardness to alloys.

  • Forms: Lumps, fines

  • Grades: HC FeCr (60–65% Cr), LC FeCr (<0.1% C)

  • Standards: ISO 5448

  • Notes: High and low carbon options available; origin and composition on demand

Ferrochrome

Used mainly in stainless steel production, ferrochrome provides corrosion resistance and hardness to alloys.

  • Forms: Lumps, fines

  • Grades: HC FeCr (60–65% Cr), LC FeCr (<0.1% C)

  • Standards: ISO 5448

  • Notes: High and low carbon options available; origin and composition on demand

Ferrovanadium

Crucial for high-strength low-alloy steels, ferrovanadium improves tensile strength and toughness.

  • Forms: Lumps

  • Grades: FeV 50–80%

  • Standards: ASTM A1026

  • Notes: Available in broken and sized form; used in aerospace and energy sectors

Ferrovanadium

Crucial for high-strength low-alloy steels, ferrovanadium improves tensile strength and toughness.

  • Forms: Lumps

  • Grades: FeV 50–80%

  • Standards: ASTM A1026

  • Notes: Available in broken and sized form; used in aerospace and energy sectors

Ferromanganese

A basic steel additive, ferromanganese improves hardness and resistance to abrasion.

  • Forms: Lumps

  • Grades: HC FeMn (75–80%), MC FeMn (75–78%)

  • Standards: ISO 5446 / ASTM A99

  • Notes: Delivered in screened sizes; HC and MC variants available

Ferromanganese

A basic steel additive, ferromanganese improves hardness and resistance to abrasion.

  • Forms: Lumps

  • Grades: HC FeMn (75–80%), MC FeMn (75–78%)

  • Standards: ISO 5446 / ASTM A99

  • Notes: Delivered in screened sizes; HC and MC variants available

Master Alloys – Aluminum Base

WCA provides aluminum-based master alloys tailored for casting and foundry industries, ensuring refined microstructures and controlled performance.

  • Forms: Rods, waffle ingots

  • Grades: AlTiB, AlTi, AlSr, AlSi, AlCu

  • Standards: EN 1981 / ISO 18279

  • Notes: Custom compositions and modifications available on request

Master Alloys – Copper Base

Used to enhance mechanical and electrical properties, copper-based master alloys are crucial in electrical and automotive applications.

  • Forms: Ingots, rods

  • Grades: CuFe, CuP, CuZn, CuSn

  • Standards: DIN 17672 / ISO 9453

  • Notes: Low oxidation and high homogeneity; produced under controlled atmosphere

Master Alloys – Magnesium Base

Specialty alloys based on magnesium for structural strength and lightweight casting in aerospace and automotive sectors.

  • Forms: Ingots

  • Grades: MgMn, MgZr, MgAl

  • Standards: ASTM B93

  • Notes: Packed under inert atmosphere if required; low impurity levels

Master Alloys – Titanium Base

Titanium master alloys are used in advanced metallurgy, especially where high strength-to-weight ratio and corrosion resistance are required.

  • Forms: Ingots, granules

  • Grades: TiAl, TiMo, TiV

  • Standards: ASTM B348 / ISO 5832

  • Notes: Custom melt and particle size on request; traceable origin

Base Metals

Ferroalloys and Master Alloys

Metal Scrap

Minerals and Ores

Base Metals

Ferroalloys and Master Alloys

Metal Scrap

Minerals and Ores

Base Metals

Metal Scrap

Minerals & Ores