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AZ91E, T6 or T6 Plus

At Fusium, you will work with passionate, detail-oriented experts who have mastered the techniques required to handle magnesium.

T6 magnesium-aluminum-zinc alloy is known for having good mechanical properties. Used for automotive components such as transmission boxes and NDT electronic apparatus.

The T6 Plus is an unique recipe used mainly for prototyping. It allows sand molded AZ91E to imitate the mechanical properties of parts manufactured by the pressure die-casting process. Used for auto parts such as dashboard panels, doors, seats, etc.

  1. Density (g / cm3):

    1.81

  2. Yield strength (Ksi / MPa):

    T6 19/132
    T6 Plus 15/104

  3. Tensile strength (Ksi / MPa):

    T6 38/262
    T6 Plus 38/262

  4. Elongation (%):

    T6 3.5
    T6 Plus 6 à 8

  5. Thermal conductivity (W / mK):

    72.7

  6. Melting point (° C):

    >= 421

  7. Specific heat (J / g ° C):

    1.047

  8. Linear thermal expansion coefficient (µm / m ° C):

    26

MRI202S, T6

Rare-earth magnesium which retains excellent mechanical properties at temperatures up to 250° C, with especially good creep and corrosion resistance.

 

  1. Density (g / cm3):

    1.74

  2. Yield strength (ksi / MPa):

    5/55

  3. Tensile strength (ksi / MPa):

    26/180

  4. Elongation (%):

    12

  5. Thermal conductivity (W / mK):

    122

  6. Melting point (° C):

    650

  7. Specific heat (J / g ° C):

    1.0

  8. Coefficient of linear thermal expansion (µm / m ° C):

    27

K1A, F

Alloy with good toughness, resistant to mechanical impacts and cracking. This makes it particularly suitable for attenuating vibrations.

 

  1. Density (g/cm3) :

    1.74

  2. Yield strength (Ksi/MPa) :

    5/55

  3. Tensile strength (Ksi/MPa) :

    26/180

  4. Elongation (%) :

    12

  5. Thermal conductivity (W/mK) :

    122

  6. Melting point (°C) :

    650

  7. Specific heat (J/g°C) :

    1.0

  8. Coefficient of linear thermal expansion (µm/m°C) :

    27

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