Aluminium, often pronounced, is one of the most widely used materials in various industries today. It is a lightweight, strong, and durable metal with several advantages. Aluminium is significant in various applications like construction, transportation, packaging, and automotive manufacturing. Two of the most popular types of Aluminium are 1050 and 1060. In this blog post, we’ll discuss Aluminium 1050 vs 1060 – The Difference in detail.
What is Aluminium 1050?
Aluminium 1050 is a popular and versatile non-heat treatable aluminium alloy. It has excellent corrosion resistance, good formability, weldability, and high electrical conductivity. It is commonly used in sheet metal applications such as roofing panels, fuel tanks, and air conditioning condenser fins. Due to its combination of physical characteristics, such as light weight-to-strength ratio and malleability, it is used widely for many components in automotive engineering, such as interior parts and window frames. Furthermore, its low cost makes it an attractive choice for industrial purposes and simple DIY projects in the construction sector.
What is Aluminium 1060?
Aluminium 1060 is a popular material in the aluminium alloy family. It has excellent flexibility, is highly corrosion resistant, and can easily work with heat treatment and welding techniques. It contains 99.6% aluminium, copper, manganese, silicon and iron, adding strength and structural integrity. In its industrial form, it is used primarily for architectural purposes such as external cladding of buildings or window frames but also famously for soda cans due to its unique combination of strength-to-weight ratio, making it both strong and lightweight.
Difference Between Aluminium 1050 and 1060
Aluminium 1050 is a commercially pure aluminium containing 99.5% Aluminium, while Aluminium 1060 contains 99.6% of Aluminium with small amounts of other elements such as iron, copper and manganese. This difference in composition results in differences in properties between the two – 1050 has reduced strength due to its high purity, while 1060 has greater strength but lower corrosion resistance than 1050. The increased amount of other elements make the material more durable and strong for industrial uses.
Aluminium 1050 and 1060 are non-heat-treatable alloys, meaning heat treatment cannot harden them. The primary difference between them is their composition. Aluminium 1050 has a minimum purity of 99.5%. On the other hand, Aluminium 1060 has a minimum purity of 99.6%. The slight difference in purity makes it easier to distinguish between the two.
The mechanical properties of Aluminium alloys are critical as they help in selecting the right grade of Aluminum for a specific job. Both 1050 and 1060 alloys have excellent formability and deep drawing capabilities and are easily weldable. However, Aluminium 1060 is known to be more ductile and malleable than 1050.
As mentioned earlier, Aluminium 1050 and 1060 have their specific uses. The softness and flexibility of Aluminium 1050 make it perfect for a wide range of applications like packaging, general sheet metal work, and chemical equipment. Metallic utensils, electronic and electrical appliances, and road infrastructure also use Aluminium 1050 for its corrosion-resistant property and low maintenance.
Aluminium 1060 is most commonly used in radiation shields, chemical equipment, storage tanks, and reflector sheets. It is also used for insulation options, burner linings, and heat exchangers, but mainly its uses are prevalent in various construction components.
The surface quality of Aluminium 1050 and 1060 is also different. Aluminium 1050 has a less smooth surface compared to Aluminium 1060. This difference in surface roughness can make a huge difference, especially for applications like manufacturing cooking pans.
Cost is an essential factor many manufacturers consider when choosing between Aluminium 1050 and 1060. Aluminium 1050 is cheaper than 1060. Although the price difference is insignificant, this factor can be crucial for large-scale manufacturing operations.
Aluminium 1050 and 1060 aluminium alloys slightly differ in composition, mechanical properties, application, surface quality, and cost. While both have excellent formability and corrosion resistance, their properties make them unique in their applications. Understanding these differences can help manufacturers choose the right grade of Aluminium for their specific applications. Whether you need Aluminium for general sheet work, electronic appliances, construction components, reflectors, etc., use the right Alloy.