AL10683 Aluminum Sheet AW1050 H111 Al Sheet

Aluminum Sheet AW1050 H111 Al Sheet Description

Aluminum Sheet AW1050 H111 Al Sheet is produced from high-purity AW1050 aluminium, exhibiting the specific properties imparted by the H111 strain-hardened temper. This product features excellent workability and maintains consistent mechanical behaviour due to controlled post-processing steps. The H111 temper ensures the sheet's durability during forming operations, making it suitable for applications where precise dimensional tolerances and surface quality are required.

Aluminum Sheet AW1050 H111 Al Sheet Characteristics

*The above product information is based on theoretical data and is for reference only. Actual specifications may vary.

Aluminum Sheet AW1050 H111 Al Sheet Applications

Industrial Fabrication
- Used as a cladding component in heat exchangers to achieve effective thermal management by leveraging its high thermal conductivity and corrosion-resistance.

Architectural Components
- Applied as decorative panels in façades to achieve a lightweight structure with an attractive finish by utilising its uniform surface quality and formability.

Automotive Components
- Used as body panels in vehicles to facilitate weight reduction and improved fuel efficiency by leveraging its excellent strength-to-weight ratio and consistency in fabrication.

Aluminum Sheet AW1050 H111 Al Sheet Packing

The sheet is packaged in protective wrapping, including anti-scratch liners and moisture-resistant covers. It is stored under controlled temperature and humidity to prevent oxidation and deformation. Packaging includes cushioning layers and secure strapping to minimise transit vibrations. Custom packaging options are available to meet specific logistics and storage requirements, ensuring product integrity throughout handling and distribution.

Additional Information

Aluminium alloys such as AW1050 are widely studied in the field of materials science due to their intrinsic balance of ductility, formability, and electrical conductivity. Understanding the impact of temper conditions like H111 is essential for optimising manufacturing processes, particularly in precision fabrication industries where dimensional accuracy and surface finish are critical.

The broader context of aluminium sheet applications encompasses diverse industrial sectors, including transportation, building construction, and consumer goods manufacturing. Advances in production techniques and quality control have continuously improved the performance of these materials, helping engineers address challenges in thermal management and structural weight reduction in modern high-demand environments.