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The scandium alloy exhibits quantifiable strength and specific physical properties. Scandium additions increase the alloy’s strength by promoting a refined, uniform grain structure during solidification. The alloy exhibits greater measured strength in certain alloy families relative to others. These sheets and plates are primarily used by aircraft manufacturers.
Scandium Aluminium Alloy, Magnesium Scandium Master Alloy.
Available in various forms: bar, flange, plate, tube, wire, powder.
Scandium Aluminum Alloy and Magnesium Scandium Master Alloy have been formulated to improve material performance and meet defined technical requirements.
Scandium Aluminum Alloy combines the mechanical strength of aluminium with the effects imparted by scandium. Engineers use this alloy to meet low density and strength targets.
High Strength-to-Weight Ratio: The alloy exhibits a high strength-to-weight ratio, which is suitable for sectors where weight reduction is critical.
Improved Mechanical Properties: Scandium additions increase the mechanical properties of aluminium, thereby yielding components that can perform under demanding conditions.
Design Options: The alloy facilitates a broader range of design configurations. Engineers can develop products that comply with strict performance standards.
Magnesium Scandium Master Alloy has been engineered to modify the properties of magnesium. The addition of scandium produces increased strength, heat resistance and corrosion resistance.
High-Temperature Performance: The alloy increases the heat resistance of magnesium, thereby enabling its use in applications that require stability at elevated temperatures.
Enhanced Corrosion Resistance: The introduction of scandium increases corrosion resistance. This improvement contributes to a longer operational lifespan of components under severe exposure conditions.
Improved Structural Strength: Adding scandium to magnesium results in improved mechanical strength, thereby expanding the application range of magnesium materials.
Engineered for Performance: The alloys are employed in aerospace, automotive and other technical fields. They reduce component weight and meet defined strength criteria.
Quality Assurance: Strict quality control processes are applied. The alloys comply with technical standards and performance benchmarks.
Technical Expertise: A team of metallurgy experts provides technical support in alloy selection, design and application. They offer assistance based on specific requirements.
Global Network: International standards are met by the alloys. A network of distributors ensures product availability and scheduled delivery.
Aerospace and Defence: Scandium Aluminium Alloys are used to manufacture aircraft components. Their use contributes to weight reduction and improved fuel efficiency.
Automotive Industry: Magnesium Scandium Master Alloy is used in vehicle manufacturing to reduce component weight and achieve improved mechanical performance.
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