Classification of 2 series aerospace aluminium sheets for sale Haomei

The common aerospace aluminium sheets are generally manufactured from 2024 and 7075 aluminium sheets. However, in addition to 2024 aluminium alloy, there are many other grades of 2 series aerospace aluminium sheet. They are 2048, 2218 and 2219 aluminium alloys. What are the differences between these 2 series aerospace aluminium sheets? What are the uses of each? As an experienced manufacturer and seller of aircraft sheets, we will introduce them to you today!

First of all, we all know that 2024 aviation aluminium alloy plate is used for aircraft structural parts. And 2048 aviation aluminium alloy plate is mainly used for manufacturing aerospace structural parts and weapon structural parts. Unlike the above, 2218 aerospace aluminium sheet is mainly used for aircraft engine and diesel engine pistons, aircraft engine cylinder heads, jet engine impellers and compressor rings. Finally, 2219 aerospace aluminium sheets are used for aerospace rocket welding oxidiser tanks, supersonic aircraft skins and structural components. These are basically the types and applications of Hormel 2 series aerospace aluminium sheets. We offer all of these types for sale and welcome your enquiries.

In addition, aerospace aluminium alloys are mainly deformed aluminium alloys that can be heat treated. There are various ways of classifying aerospace aluminium alloys, which can be divided into two categories: deformed aerospace aluminium alloys and cast aerospace aluminium alloys, depending on the processing method. The deformed aluminium alloys can withstand pressure processing and can be processed into various forms and specifications of aluminium alloys, which are mainly used in the manufacture of aviation equipment. The deformable aerospace aluminium alloys are divided into non-heat treatable reinforced aluminium alloys and heat treatable reinforced aluminium alloys. Aerospace aluminium alloys such as the 2 series aerospace aluminium sheets and the 7000 series aluminium alloys are heat treatable. Non-heat treatable strengthened aluminium alloys cannot be heat treated to improve mechanical properties, but can only be strengthened by cold working deformation, which mainly includes high purity aluminium, industrial high purity aluminium, industrial pure aluminium and rust proof aluminium. Heat treatable aluminium alloys can be strengthened by heat treatment such as quenching and ageing to improve mechanical properties, which can be divided into hard aluminium, wrought aluminium, super hard aluminium and special aluminium alloys.