AL9762 6151 Aluminum Alloy Angle

6151 Aluminium Alloy Angle Description

6151 Aluminium Alloy Angle is produced using an aluminium base with controlled additions of magnesium, silicon, and chromium. This composition ensures a balance between strength and formability, making the angle suitable for various structural applications. Its design facilitates efficient load distribution and resistance to bending stresses. Thorough metallurgical evaluations, including heat treatment verification and microstructure analysis, confirm the uniformity and minimal defects in the alloy, thereby supporting its performance in industrial environments.

6151 Aluminium Alloy Angle Applications

Industrial Applications
• Used as a support structure in machine frameworks to achieve uniform load distribution by leveraging its balanced alloy composition.

Construction Applications
• Applied as a framing element in building projects to achieve dimensional stability by leveraging its engineered strength and resistance to corrosion.

Automotive Applications
• Utilised as a mounting bracket in vehicle assemblies to achieve improved stress distribution by leveraging its defined metallurgical properties.

6151 Aluminium Alloy Angle Packing

6151 Aluminium Alloy Angle is packaged in sealed, corrosion-resistant wrapping and cushioned wooden crates to protect against impact and moisture exposure. Individual components are wrapped with an anti-scratch lining to prevent surface damage. The packaging is designed for storage in a controlled, dry, and temperature-stable environment. Options for customised packaging, including compartmentalised layouts and specific labelling, are available based on order requirements.

Frequently Asked Questions

Q1: How does the alloy composition influence mechanical performance?
A1: The controlled blend of aluminium, magnesium, silicon, and chromium improves strength and formability. Detailed heat treatment and microstructure analysis ensure that the alloy consistently meets performance specifications under various load conditions.

Q2: What storage and handling requirements are recommended for this aluminium angle?
A2: The component should be stored in a dry, temperature-stable environment to minimise surface oxidation. Handling with padded supports and avoiding abrasive contact helps maintain dimensional accuracy and preserve material surface integrity.

Q3: Can dimensional tolerances be customised for specific industrial applications?
A3: Yes, dimensional tolerances can be adjusted based on customer requirements. Customisation is performed following a thorough review of design specifications and corresponding metallurgical standards to maintain proper performance characteristics.

Additional Information

Aluminium alloys are integral to modern engineering due to their light weight and balanced mechanical properties. The deliberate incorporation of elements such as magnesium, silicon, and chromium modifies the alloy’s strength, ductility, and corrosion resistance. These adjustments are essential in meeting specific performance criteria across various industrial applications.

Advanced metallurgical techniques, including controlled heat treatments and microstructural evaluations, are critical for ensuring the uniformity and performance of aluminium alloys. Understanding the relationship between composition and material behaviour helps engineers design components that perform reliably under operational stresses in both industrial and construction environments.