Alloy Catalog
High-strength alloy. High hardness and heat resistance, but low corrosion resistance.
Copper alloy with titanium addition for grain refinement.
High-copper alloy. Excellent machinability and heat resistance.
Low-silicon alloy with magnesium and titanium.
Classic Al-Si7Mg alloy. Base version with moderate impurity content.
Heat-treatable alloy with excellent casting properties.
Al-Si7 alloy with increased magnesium content.
Alloy with limited magnesium content and wider iron tolerances.
Alloy for structural parts. High ductility.
Alloy with high magnesium content for increased strength.
Widely used alloy for casting complex housing parts.
Similar to AlSi10Mg but with copper added for increased hardness and machinability.
Alloy with medium silicon content.
Versatile alloy for die casting.
Highly ductile alloy for die casting.
Near-eutectic alloy with high fluidity.
Eutectic alloy of "Silumin" type.
High-purity eutectic alloy.
Eutectic alloy for die casting.
Eutectic alloy for die casting. High ductility.
Alloy for die casting, similar to 44300 with slightly different tolerances.
Silicon-manganese alloy with good castability and mechanical properties.
Al-Si-Cu alloy for a wide range of applications.
Heat-treatable alloy for critical engine parts.
Alloy for complex parts with high operating temperatures.
High-strength heat-treatable alloy. Alternative to AlSi7Mg.
General purpose alloy with good machinability.
Alloy for highly loaded parts.
High-strength heat-treatable alloy with good mechanical properties.
Most common die-casting alloy in the automotive industry.
European equivalent of ADC12 alloy. Excellent casting properties.
Economical general-purpose alloy (often secondary).
Alloy for die casting with improved characteristics.
Alloy for loaded parts with good fluidity.
Widely used die-casting alloy. Analog of 46000 with wider tolerances.
Alloy for casting wheels and suspension (Low pressure die casting).
Eutectic alloy with copper for increased hardness and wear resistance.
Alloy for die casting.
Alloy for permanent mold casting with similar properties to AlSi12, but with copper added for better machinability.
Piston alloy with nickel.
Hypereutectic alloy (Alusil). Extremely high wear resistance.
Hypereutectic alloy with copper and magnesium for improved properties.
Medium-strength Al-Mg alloy. Good weldability.
Decorative alloy, suitable for anodizing.
High-strength magnesium alloy. Difficult to cast (prone to oxidation).
High corrosion resistance in seawater.
Versatile Al-Mg alloy with better casting properties than pure AlMg5.
Alloy for die casting of structural parts.
Self-aging alloy. High dimensional stability, good anodizing and weldability.
Self-aging alloy.
Special Rheinfelden alloy. Excellent electrical conductivity and suitability for anodizing.
Medium-strength alloy with good corrosion resistance.
Corresponds to EN AC-42100. High-quality alloy with Na/Sr modification possibility.
Corresponds to EN AC-42100. Strontium (Sr) modified to improve ductility.
Electrical version of AlSi7Mg. Very low impurity content.
Corresponds to EN AC-42200. Increased magnesium content for greater strength.
Corresponds to EN AC-43300. Universal alloy for die casting and permanent mold casting.
Corresponds to EN AC-43500. Reference alloy for structural body parts (Structural Casting).
Modification of Silafont-36 with zinc addition to improve strength.
Corresponds to EN AC-44400. Alloy with increased iron content for permanent mold casting.
Near-eutectic alloy with excellent fluidity.
AlSi11 type alloy with magnesium added for reinforcement.
Corresponds to EN AC-48000. Piston alloy with high heat resistance.
Hypereutectic alloy (Alusil) with very high silicon content. Corresponds to EN AC-48100.
Recycled version of a structural alloy. Eco-friendly choice.
Corresponds to EN AC-44800. Unique alloy that does not require heat treatment to achieve high ductility.
Alloy with high conductivity and ductility.
Corresponds to EN AC-71100. Self-aging alloy. High strength without heat treatment.
Unifont variant with slightly higher silicon content.
High-strength Al-Zn-Mg alloy. Polishes well.
Al-Zn-Mg alloy with increased zinc content.
Corresponds to EN AC-51100. Corrosion-resistant alloy.
Al-Mg3 alloy with silicon added to improve casting properties.
Corresponds to EN AC-51300. High resistance to seawater.
Corresponds to EN AC-51400. Al-Mg5 with silicon.
Corresponds to EN AC-51500. Unique die-casting alloy with properties of wrought alloys.
Corresponds to EN AC-21000. High-strength heat-treatable alloy.
Al-Cu alloy with silver added for increased heat resistance.
Corresponds to EN AC-21100. Very high strength and impact toughness.
Complex heat-resistant alloy for extreme temperatures.
Special alloy for high temperatures.
Complex piston alloy with exceptional stability.
Pure aluminum for electrical purposes.
Manganese alloy. Good corrosion resistance.