• Magnesium Silicon Master Alloy MgSi3% MgSi5% MgSi3% MgSi 50% Tensile Strength
  • Magnesium Silicon Master Alloy MgSi3% MgSi5% MgSi3% MgSi 50% Tensile Strength

    Magnesium Silicon Master Alloy MgSi3% MgSi5% MgSi3% MgSi 50% Tensile Strength

    Product Details:

    Place of Origin: Hunan,China
    Brand Name: High Broad
    Certification: ISO ASTM
    Model Number: MgZn10 MgZn20 MgZn30

    Payment & Shipping Terms:

    Minimum Order Quantity: 1 kg
    Price: negotiable
    Packaging Details: in steel drums on pallet
    Delivery Time: 100 kgs 10 days
    Payment Terms: D/P, Western Union, D/P, L/C
    Supply Ability: 10MT per month
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    Detail Information

    Name: Tensile Strength, Ductility And Fracture Of Magnesium-silicon Alloys Other Alloy: MgSi
    Type: MAGNESIUM SILICON MASTER ALLOY Other Grade: MgMn10 MgCa25 MgY30 MgNd30 MgCe10 MgSc30
    High Light:

    magnesium sacrificial anode

    ,

    magnesium aluminum alloy

    Product Description

    Magnesium Silicon Master Alloy MgSi3% MgSi5% MgSi3% MgSi 50% Tensile Strength

    Magnesium Silicon master alloy MgSi3% MgSi5% MgSi3% MgSi50% Tensile strength, ductility and fracture of MgSi

    Tensile tests were performed between 293–573 K in order to investigate the mechanical properties of cast and extruded Mg-Si alloys. For the cast materials, Mg-high Si (⩾ 10 wt%) alloys showed lower values of the highest tensile strength at temperatures up to 373 K, as compared to pure Mg and Mg-low Si (<10 wt%) alloys, whereas the strength at 573 K increased with increasing Si content. The addition of aluminum and zinc to the alloys was effective in increasing the strength. The fact that the Mg-high Si alloys showed lower strength than the Mg-low Si alloys was because a high volume of Mg2Si embrittled the Mg-Si alloys. Microstructural investigations revealed that the particles of Mg2Si were coarse for the cast materials and fracture of the particles was caused by deformation. The mechanical properties of the cast materials were improved by hot extrusion. Microstructural refinement by hot extrusion was responsible for the improvement of the mechanical properties.

    High performance Magnesium metal alloys:

    ZK60, ZM2,ZM3,ZM6,ZM21,ZM31,WE43,WE57,WE94,MnE21,WZ73 etc.

     

     

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