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AlB8 increase the purity and electrical conductivity of aluminum by reacting with chromium, titanium, vanadium and zirconium and making them precipitate as insoluble borides.

AlCa10 improve the as-cast surface quality of 5000 series alloys among other several applications.

AlB6 increase the purity and electrical conductivity of aluminum by reacting with chromium, titanium, vanadium and zirconium and making them precipitate as insoluble borides.

AlB3 increase the purity and electrical conductivity of aluminum by reacting with chromium, titanium, vanadium and zirconium and making them precipitate as insoluble borides.

AlSr5 are widely used in structure modification of hypoeutectic Aluminum Silicon foundry alloys, making them stronger, improving their mechanical properties and producing a dispersion of their porosity.

AlB5 increase the purity and electrical conductivity of aluminum by reacting with chromium, titanium, vanadium and zirconium and making them precipitate as insoluble borides.

AlB4 increase the purity and electrical conductivity of aluminum by reacting with chromium, titanium, vanadium and zirconium and making them precipitate as insoluble borides.

AlB10 increase the purity and electrical conductivity of aluminum by reacting with chromium, titanium, vanadium and zirconium and making them precipitate as insoluble borides.

AlTi6 enhance Al alloys mechanical properties also contributing to grain refinement.

AlSr10 are widely used in structure modification of hypoeutectic Aluminum Silicon foundry alloys, making them stronger, improving their mechanical properties and producing a dispersion of their porosity.

AlCa6 improve the as-cast surface quality of 5000 series alloys among other several applications.