The 1060 H14 aluminum alloy belongs to the 1xxx series of commercially pure aluminum alloys and contains approximately 99.6% aluminum. The H14 temper indicates that the material is strain hardened and partially annealed, providing a balance between strength and formability. This alloy is well known for its excellent corrosion resistance, high thermal and electrical conductivity, and good surface finish. It performs very well in atmospheric environments and is widely used where corrosion resistance and conductivity are more important than high mechanical strength.

In terms of mechanical properties, 1060 H14 provides higher strength than fully annealed alloys such as 1050 O, while still maintaining good ductility. Its moderate strength makes it suitable for many sheet metal applications. However, compared with structural alloys like 6061, which can achieve significantly higher strength through heat treatment, 1060 H14 remains a relatively soft alloy designed primarily for forming and corrosion resistance rather than structural load-bearing applications.

The alloy demonstrates good formability and bending characteristics, especially in sheet and strip forms. Operations such as bending, stamping, and deep drawing can be carried out effectively. Compared with 3003 aluminum, which contains manganese and offers slightly higher strength, 1060 H14 generally provides better electrical conductivity and comparable formability. However, for heavy forming operations requiring very high ductility, alloys in the O temper such as 1050 O may perform better.

Regarding machinability, 1060 H14 has moderate machinability, similar to most high-purity aluminum alloys. Because of its relatively soft structure, chip formation during machining may not always be optimal. In applications requiring excellent machinability, alloys such as 2011 or 2007 are typically preferred. Nevertheless, the smooth surface and softness of 1060 H14 can provide advantages in forming operations and surface finishing processes.

The alloy also offers excellent weldability and coatability. It can be welded easily using common methods such as TIG and MIG welding, and it is highly suitable for anodizing, painting, and other surface coating processes. Due to its corrosion resistance and conductivity, 1060 H14 aluminum is commonly used in electrical bus bars, heat exchangers, chemical equipment, lighting reflectors, architectural panels, and decorative components. Although it performs well in these applications, for structures requiring higher mechanical strength, alloys such as 5052, 6061, or 2024 are often selected.

MATERIAL COMPOSITION STANDARDS

1060 H14 is available according to the following standards:
• 1060 H14 Sheet; ASTM B209, UNS A91060, ISO Al99.6
• 1060 H14 Extrusion Rod; ASTM B221, ASTM B491, ISO Al99.6
• 1060 H14 Extrusion Flat Bar; ASTM B221, ASTM B491, ISO Al99.6
• 1060 H14 Extrusion Wire; ASTM B221, ASTM B491, ISO Al99.6
• 1060 H14 Extrusion Tube; ASTM B221, ASTM B491, ISO Al99.6
 

Characteristic Properties of 1060 H14: 

• Strength: Medium
• Machinability: Poor
• Weldability: Very Good
• Formability: Good
• Corrosion Resistance: High
• Heat Treatment: Yes
   

Some Well-Known Applications for 1060 H14: 
Equipment in chemical plants,
Handles of desk lamps,
Railway tracks.
 

STOCK
We produce/supply 1060 H14 in sheet, rod/flat bar, and tube/profile forms.

• Sheet
• Rod/Flat Bar
• Tube/Profile