MG10215 AZ91D Deformable Magnesium Alloy Bar/Rod

AZ91D Deformable Magnesium Alloy Bar/Rod Description

AZ91D is a magnesium alloy containing defined proportions of aluminium and zinc with the balance being magnesium. Its composition yields a material that is amenable to deformation, making it suitable for forming and machining operations. The alloy exhibits moderate strength and controlled ductility that supports dimensional stability during processing. These properties enable consistent performance in forming operations, ensuring compatibility with standard manufacturing processes while maintaining low density.

AZ91D Deformable Magnesium Alloy Bar/Rod Applications

Industrial Applications
- Used as a forming component in automotive parts to achieve efficient weight reduction by leveraging the alloy’s favourable deformation characteristics.
- Applied as an extrusion billet in machine components to obtain controlled material flow by using its predictable mechanical behaviour.

Structural and Architectural Applications
- Used as a lightweight structural element in frameworks to enhance design flexibility by leveraging its low density and ductility.
- Applied as reinforcement in composite assemblies to improve load distribution by utilising its uniform deformation capacity.

AZ91D Deformable Magnesium Alloy Bar/Rod Packing

The bars/rods are packaged in moisture-resistant, anti-static wrapping and secured within padded crates to minimise mechanical damage and contamination risks. The packing is designed to maintain a stable, temperature-controlled environment during transit and storage. Each unit is labelled, and additional customisation such as separators or specific documentation can be provided upon request to meet specialised storage requirements.

Frequently Asked Questions

Q1: What mechanical properties are critical in defining the deformation performance of AZ91D alloy?
A1: The alloy’s yield strength and ductility are key factors that influence its deformation behaviour. Detailed stress-strain data and microstructural analysis allow for consistent performance in forming processes.

Q2: How does SAM verify the uniformity of the AZ91D alloy bars?
A2: SAM implements dimensional inspections using coordinate measuring machines and conducts microstructure evaluations to ensure material consistency and controlled composition across production batches.

Q3: What storage conditions are recommended to preserve the alloy’s properties?
A3: Store the alloy in a cool, dry, and low-humidity environment with anti-corrosive packaging to prevent oxidation and preserve its mechanical attributes.

Additional Information

Magnesium alloys, including AZ91D, are studied extensively in materials science for their favourable strength-to-weight ratios and ease of processing. Detailed compositional control and advanced processing techniques contribute to a uniform microstructure that is essential for predictable deformation during manufacturing.

Research in magnesium alloy behaviour and processing continues to refine the material’s mechanical properties for specific applications. Understanding the alloy’s thermal, mechanical, and environmental interactions aids in optimising its performance in both structural and forming applications across various industrial sectors.