Heat-resisting anti-corrosion magnesium alloy for automobile engine cylinder
A technology for automobile engines and magnesium alloys, which is applied in the field of magnesium alloys and heat-resistant and corrosion-resistant magnesium alloys for automobile engine cylinder blocks. It can solve the problems of low mechanical properties and corrosion resistance at room temperature, and improve high-temperature strength and creep resistance. , Tensile strength and yield strength increase, the effect of increasing strength
- Summary
- Abstract
- Description
- Claims
- Application Information
AI Technical Summary
Problems solved by technology
Method used
Image
Examples
Embodiment 1
[0022] Alloy composition (weight percent): 3.5%Al, 1.5%Sr, 0.2%Sb, 0.2%Cd, 0.06%Ti, the rest is Mg, control impurity elements Si≤0.02%, Fe≤0.005%, Cu≤0.015%, Ni ≤0.002%. Under the melting conditions of flux and gas protection, put industrial pure magnesium and industrial pure aluminum into the crucible, when the temperature in the furnace rises to 700°C, keep it warm for a period of time, and after the magnesium ingots are completely melted, put the Mg-Sr The master alloy, pure antimony and pure cadmium are pressed into the magnesium alloy melt, and after it melts, take out the bell jar, stir and mix evenly and continue to heat up to 750°C, add refining agent to refine the magnesium alloy melt for 10 minutes, then add Al-Ti master alloy , poured after standing for 20 minutes.
Embodiment 2
[0024] Alloy composition (weight percent): 5.0%Al, 2.0%Sr, 0.25%Sb, 0.25%Cd, 0.04%Ti, the rest is Mg, control impurity elements Si≤0.02%, Fe≤0.005%, Cu≤0.015%, Ni ≤0.002%. Under the melting conditions of flux and gas protection, put industrial pure magnesium and industrial pure aluminum into the crucible, when the temperature in the furnace rises to 680°C, keep it warm for a period of time, and after the magnesium ingots are completely melted, put the Mg-Sr The master alloy, pure antimony and pure cadmium are pressed into the magnesium alloy melt, and after it melts, take out the bell jar, stir and mix evenly and continue to heat up to 760°C, add refining agent to refine the magnesium alloy melt for 5 minutes, then add Al-Ti master alloy , poured after standing for 20 minutes.
Embodiment 3
[0026] Alloy composition (weight percent): 5.5%Al, 2.0%Sr, 0.3%Sb, 0.6%Cd, 0.06%Ti, the rest is Mg, control impurity elements Si≤0.02%, Fe≤0.005%, Cu≤0.015%, Ni ≤0.002%. Under the melting conditions of flux and gas protection, put industrial pure magnesium and industrial pure aluminum into the crucible, when the temperature in the furnace rises to 730°C, keep it warm for a period of time, and after the magnesium ingots are completely melted, put the Mg-Sr The master alloy, pure antimony and pure cadmium are pressed into the magnesium alloy melt, and after it melts, take out the bell jar, stir and mix evenly and continue to heat up to 740°C, add refining agent to refine the magnesium alloy melt for 7 minutes, then add Al-Ti master alloy , poured after standing for 15 minutes.
PUM
| Property | Measurement | Unit |
|---|---|---|
| corrosion resistance | aaaaa | aaaaa |
Abstract
Description
Claims
Application Information
Login to View More