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Aluminium Alloy A380 properties

    aluminium die casting alloys components and Products

     

    A380(alsi8cu3fe) aluminum equivalent

     

    EU
    EN
    USAGermany
    DIN,WNr
    Japan
    JIS
    Inter
    ISO
    ENAC-AlSi8Cu3380.0G-AlSi9Cu3AC4BAlSi8Cu3

    A380(AlSi8Cu3) Aluminium Alloy Chemical Composition

     

    Alu alloyCuSiMgFeZnMnNiSnAl
    A3803.0-4.07.5-9.50.1Max2.0Max3.0Max0.5Max0.5Max0.35MaxRest
    ADC121.5-3.59.6-120.30.910.5Max0.5Max0.1Rest

    A380(AlSi8Cu3) Aluminium Alloy Physical Properties

     

    MaterialAlloydensityMelting TemperatureThermal conductivityThermal expansion coefficientElectrical conductivityCasting Method
      g/cm3°CW / m Kµm/m°K% IACS 
    AluminiumA3802.715669621.823High Pressure Die Casting

    A380(AlSi8Cu3) aluminum mechanical properties

     

    MaterialAlloytensile strengthYield strengthImpact strengthShear strengthhardnessElongation
      MPaMPaJMPa(HB)50mm%
    AluminiumA38032416041908035

    A380 Aluminium Alloy Application

     

    A380 aluminium alloy is the most common die casting material, because it combines easy casting, easy machining, good heat transfer and other characteristics. It has strong variability, bearing pressure, and high temperature split resistance. Although A380 has been considered to be easy to machine, it is slightly rough due to the high silicon content. It is widely used in a variety of products, including chassis for electrical equipment, engine mounts, gearboxes, furniture, generators and hand tools.

     

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