AL9761 2024 Aluminum Alloy Angle

2024 Aluminium Alloy Angle Description

2024 Aluminium Alloy Angle is fabricated from a heat-treatable aluminium alloy known for its balanced composition of Al, Cu, Mg, and Mn. The specific alloying elements enhance mechanical strength, making it suitable for rigid structural assemblies. The product’s angular form enables precise integration in frameworks and support systems. Tolerances and dimensions are controlled via calibrated inspection methods to ensure consistency in fabrication processes.

2024 Aluminium Alloy Angle Applications

Industrial Applications
- Used as a reinforcing element in fabricated metal frames to achieve stable, load-bearing junctions by leveraging the alloy’s consistent mechanical properties.
- Applied as a key component in welding structures to enhance joint stiffness by capitalising on its heat-treatable characteristics.

Aerospace and Transportation
- Used as a structural support in aircraft assemblies to counteract stress concentrations by leveraging its high strength-to-weight ratio.
- Employed in automotive chassis fabrication to improve rigidity and resistance to deformation by utilising its controlled metallurgical composition.

2024 Aluminium Alloy Angle Packing

The product is packaged in corrosion-inhibiting, moisture-resistant wraps and secured in cushion-lined, rigid containers to protect against mechanical damage. Recommended storage conditions include a cool, dry environment to prevent oxidation. Additional customisation options such as customised barrier films and desiccant inserts are available upon request to meet specific storage and transit requirements.

Frequently Asked Questions

Q1: What welding techniques are recommended for joining this aluminium alloy angle?
A1: The 2024 aluminium alloy typically requires specialised welding methods such as TIG welding with controlled heat input. Preheating and post-weld treatments help manage the alloy’s heat sensitivity and reduce cracking risk, ensuring that joints maintain the necessary structural integrity.

Q2: How do the Cu and Mg components affect the alloy’s performance?
A2: Copper and magnesium contribute to increased strength and hardness while maintaining suitable ductility. Their controlled proportions optimise the alloy’s heat-treatable properties, making it applicable for structural components that demand enhanced mechanical performance under dynamic stress.

Q3: What quality assurance measures are implemented during production?
A3: Quality assurance includes calibrated heat treatments, dimensional inspections using coordinate measuring machines, and metallurgical analysis. These processes confirm compliance with design specifications, ensuring consistent physical and chemical properties for reliable performance in structural applications.

Additional Information

Aluminium alloys such as the 2024 series are integral in applications where a balance between lightweight properties and mechanical strength is required. The presence of elements like copper and magnesium offers enhanced structural resilience, making these alloys a frequent choice in highly engineered systems.

Understanding the behaviour of alloying elements is essential; precise control during heat treatment and fabrication processes ensures that components maintain their designed performance even under demanding stress environments. This knowledge supports advancements in material engineering and forms the foundation for developing components used in diverse industrial and aerospace applications.