The 1060 H24 aluminum alloy belongs to the 1xxx series of commercially pure aluminum alloys and contains approximately 99.6% aluminum. The H24 temper indicates that the material is strain hardened and partially annealed after forming. This condition provides higher strength than the fully annealed O temper while still maintaining good formability. The alloy is particularly known for its excellent corrosion resistance and high electrical and thermal conductivity, making it reliable in many atmospheric and industrial environments.

The mechanical strength of 1060 H24 alloy is higher than that of the 1060 O condition, although it is still relatively low compared to high-strength aluminum alloys. Nevertheless, it retains good ductility and formability. For example, the 3003 alloy provides higher strength due to its manganese content, while 1060 H24 generally offers better electrical conductivity. In comparison, the 6061 alloy can achieve significantly higher strength through heat treatment, although its formability is more limited compared to the 1060 series.

In terms of machinability, the 1060 H24 aluminum alloy generally exhibits moderate machinability. Due to its nearly pure aluminum structure, chip breaking during machining can be difficult, which may create challenges in certain machining operations. For high-precision machining applications, alloys such as 2011 or 2007, which are known for their excellent machinability, are often preferred. However, the relatively soft structure of 1060 H24 can provide advantages in forming operations and surface finishing processes.

The alloy also offers excellent weldability and coatability. It can be easily welded using common processes such as TIG and MIG welding. In addition, its surface is well suited for anodizing, painting, and other coating processes. From a vibration behavior perspective, its ductile structure allows it to absorb and damp certain vibration energies, although for structural applications requiring higher strength, alloys such as 5052 or 6061 are generally preferred.

Due to these characteristics, the 1060 H24 aluminum alloy is widely used in electrical conductors, chemical equipment, heat exchangers, reflectors, decorative panels, and thin sheet applications. Its excellent corrosion resistance and good formability make it particularly suitable for ventilation systems, cladding panels, and packaging industries. However, for applications requiring higher mechanical strength, alloys such as 2024 or 7075 are typically used.

MATERIAL COMPOSITION STANDARDS

1060 H24 is available in the following standards.
• 1060 H24 Sheet; ASTM B209, UNS A91060, ISO Al99.6
 

Characteristic Properties of 1060 H24: 

• Strength: Moderate
• Machinability: Poor
• Weldability: Excellent
• Formability: Very good
• Corrosion Resistance: Excellent
• Heat Treatment: Yes
   

Some Well-Known Applications of 1060 H24: 
Kitchen utensils,
Pressure tank structures,
Also used in chemical equipment structures.
 

STOCK
We produce/supply 1060 H24 in sheet form.

• Sheet