Magnesium-silicon alloy (MgSi10) is a high-performance metallurgical material known for its excellent mechanical strength, lightweight properties, and thermal conductivity. The addition of silicon enhances wear resistance, oxidation protection, and corrosion stability, making it ideal for aerospace components, automotive applications, industrial machinery, and precision casting. Magnesium-silicon alloy plays a crucial role in advanced material science, sustainable engineering, and high-performance manufacturing solutions.
Product Overview
MgSi10 magnesium-silicon alloy is a high-purity magnesium alloy containing 10% silicon. The addition of silicon enhances the alloy’s high-temperature resistance, castability, and corrosion resistance, while also improving its mechanical properties. Adding the alloy before casting effectively reduces oxidation, refines the grain structure, improves the rollability of thin sheets, and reduces the microbattery effect, thereby improving the stability of the casting process and the quality of the alloy products.
Key Features
- Improves high-temperature resistance and corrosion resistance, extending the alloy’s lifespan.
- Optimizes casting performance, refines grain structure, and enhances casting quality.
- Improves rollability of thin sheets, reduces the microbattery effect, and optimizes processing performance.
- Enhances room temperature mechanical properties and improves high-temperature mechanical properties and creep resistance.
- Excellent casting performance, optimizing the alloy’s organizational structure.
Applications
- Aerospace:Suitable for aerospace components requiring high temperature and strength, especially in extreme temperature and stress environments.
- Automotive Industry:Widely used in high-temperature, high-strength automotive parts, such as engines and exhaust systems.
- Machinery Manufacturing:Used for high-temperature and high-stress mechanical parts, enhancing durability and reliability.
- Metallurgical Industry:Used in metallurgical equipment and casting production to improve alloy stability and casting accuracy.
- Electronics Industry:Used to manufacture high-temperature and corrosion-resistant electronic components, extending the service life of equipment.
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