UNS A91060 is an alloy of aluminium, formed from a combination of aluminium and other elements. By controlling the amount of specific alloying elements added, the strength, formability and corrosion resistance of Aluminium 1060 can be tailored to suit a range of applications. It is known for its excellent electrical and thermal conductivity, making it ideal for use in electronics, but it is also very strong and ductile enough to be used in components such as turbine blades or aircraft parts. In general it is an easy-to-form material that offers improved performance over other alloys while still being lightweight.

Chemical Composition

The alloy composition of 1060 aluminium is

l  Aluminium: 99.6% min

l  Copper: 0.05% max

l  Iron: 0.35% max

l  Magnesium: 0.03% max

l  Manganese: 0.03% max

l  Silicon: 0.25% max

l  Titanium: 0.03% max

l  Vanadium: 0.05% max

l  Zinc: 0.05% max

Aluminum A91060 is composed primarily of aluminum, with trace amounts of other elements such as zinc and silicon. Unlike pure aluminum, this alloy has unique characteristics that can be attributed to its chemical composition, making it especially attractive for manufacturers. For one thing, Aluminium 1060 has a very high level of mechanical strength yet impressive malleability; this makes it particularly useful in projects where structural integrity and stability need to be maintained while allowing a certain degree of flexibility. This alloy also provides good corrosion resistance to oxidation and sulfidation due to its excellent passivation qualities; surface treatment can further increase its durability even when exposed to highly corrosive materials. Consequently, Aluminium Alloy 1060 is often used in industrial manufacturing processes that require reliable materials with precise chemical properties.

UNS A91060  Aluminium Physical Properties

The physical properties of  UNS A91060 make it an incredibly versatile material. It is highly durable and has exceptional corrosion resistance due to its alloying elements, including copper, manganese, and magnesium. With a relatively low density compared to steel and other metals, it is also lightweight and can bear large amounts of stress. Its tensile strength is high at 100-160 Nmm2, which makes it ideal for applications requiring strength and resilience, such as in reinforcing walls or rivets in aircraft. 1060 Alloy has excellent thermal conductivity thanks to its intrinsic metallic properties, so it’s great for use in most heat transfer operations, such as radiators and electrical components.