Master alloys

Aluminium Boron master alloys increase the purity and electrical conductivity of aluminium by reacting with chromium, titanium, vanadium and zirconium and making them precipitate as insoluble borides.

Aluminium Strontium master alloys are widely used in structure modification of hypoeutectic Aluminium Silicon foundry alloys, making them stronger, improving their mechanical properties and producing a dispersion of their porosity.

Aluminium Calcium master alloys improve the as-cast surface quality of 5000 series alloys among other several applications.

Aluminium Chromium master alloys are used as a hardener in Al alloys allowing a quick dissolution.

Aluminium Titanium master alloys enhance Al alloys mechanical properties also contributing to grain refinement.

Aluminium Vanadium master alloys are used to increase recrystallization temperature and improve strength.

Aluminium Zirconium master alloys are used to add zirconium to some 7000 series alloys to reduce their corrosion propensity and to strengthen some 6000 series among other applications, as increasing tensile strength and thermal-resistant property.

Aluminium Copper master alloys are the smartest option to adjust copper content in aluminium with a high efficiency, cleanliness, consistency, accuracy, energy and time savings.

Aluminium Iron master alloys are used as hardener in Al alloys to improve their mechanical properties among other applications.

Aluminium Magnesium master alloys are the smartest option to adjust magnesium content in aluminium with a high efficiency, cleanliness, consistency, accuracy, energy and time savings.

Aluminium Manganese master alloys are the smartest option to add manganese into liquid aluminium with a high efficiency, cleanliness, consistency, accuracy, energy and time savings.

Aluminium Nickel master alloys increase hardness and strength of aluminium alloys.

Aluminium Silicon master alloys are widely used in aluminium wrought and foundry aluminium alloys production. They are the smartest option to add silicon into liquid aluminium with a high efficiency, cleanliness, consistency, accuracy, energy and time savings.

Aluminium Antimony master alloys are widely used in structure modification of hypoeutectic Aluminium Silicon foundry alloys, making them stronger, improving their mechanical properties and production a dispersion of its porosity.