MG10188 Magnesium Calcium Alloy Plate/Sheet

Magnesium Calcium Alloy Plate/Sheet Description

Magnesium Calcium Alloy Plate/Sheet is primarily composed of magnesium with added calcium, engineered for applications where low weight and structural integrity are important. The controlled alloying process produces a material with balanced strength and ductility. Its flat, uniform surface is suitable for machining and forming operations, making it appropriate for lightweight structural components, heat exchangers, and corrosion-resistant solutions. The defined grain structure enhances weldability and ensures predictable performance under mechanical loads.

Magnesium Calcium Alloy Plate/Sheet Applications

Industrial Manufacturing
- Utilised as a structural component in automotive panels to achieve lightweight support by leveraging its balanced strength and ductility.
- Applied as forming material in heat exchangers to improve thermal efficiency by leveraging its corrosion resistance.

Electronics and Devices
- Used as a base metal in electronic housings to reduce weight and support precise assembly by utilising its consistent surface finish.

Magnesium Calcium Alloy Plate/Sheet Packing

Magnesium Calcium Alloy Plate/Sheet is packaged in moisture-resistant, anti-static wraps and secured within rigid, protective containers to prevent physical damage. The material should be stored in a clean, dry environment at room temperature to maintain its properties. Packaging options can be customised according to specific handling and transportation requirements, ensuring minimal exposure to contaminants and mechanical stress.

Frequently Asked Questions

Q1: How do thermal treatment processes affect the mechanical properties of Magnesium Calcium Alloy Plate/Sheet?
A1: Thermal treatments modify the grain structure and phase distribution, which can enhance ductility and impact resistance when properly controlled. This process is vital for balancing strength and flexibility for subsequent machining or forming operations.

Q2: What quality control measures are utilised during production?
A2: In-line X-ray fluorescence (XRF) analysis and mechanical stress testing are integral to verifying the elemental composition and structural integrity during production. These measures help reduce variability and confirm that the product meets established industrial specifications.

Q3: Can the plate/sheet be customised in dimensions?
A3: Yes, dimensions can be adjusted based on client specifications. Pre-production trials are conducted to ensure that the thickness and width meet the required tolerances while maintaining the expected microstructural properties.

Additional Information

Magnesium alloys are widely recognised for their low density and high strength-to-weight ratio, which benefit numerous commercial applications in automotive and aerospace industries. Extensive research continues to optimise their composition to improve characteristics such as corrosion resistance and formability.

The addition of calcium to magnesium alloys refines the grain structure, enhancing casting performance and overall material stability. Understanding the microstructural behaviour of these alloys is crucial in predicting service performance and guiding further advancements in material science and engineering applications.