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The 8000 series includes 8011, 8090, 8091 and 8093. Lithium has a significantly lower density than aluminum because its solubility is also relatively high, and it can significantly reduce the density in a sufficient amount of aluminum alloys (usually about 10%, less than other aluminum alloys). Not only causes the alloy to increase its stiffness, but also responds to age hardening. In addition, the resistance to fatigue crack growth increases at intermediate pressure levels. This attractive combination of properties has led to great interest, especially for aerospace applications. These alloys have a high volume fraction of coherent, ordered LiAl 3 precipitation, which is responsible for these properties. Silicon strength: For example, the 8011 alloy is based on Al-Fe-Si, but more than 1% of the total alloying elements give a correspondingly higher advantage.

The 8000 series are alloyed with a variety of other elements such as iron and lithium. Generally, they are created for very specific purposes within specialist industries such as aerospace and engineering. They offer similar properties to the 1000 series but with higher strength and formability.

Characteristic:

Belongs to aluminium-lithium alloy, the main component is lithium, cause lithium is the lightest metal in nature, after adding lithium element to aluminum plate, it can guarantee the strength of aluminum plate while effectively reducing the proportion of aluminum plate.

8011 Aluminum Alloy Coil

8011 aluminium alloy is a common aluminum foil alloy with iron and silicon as the main alloying elements. It has been widely used in sealing packing of cosmetic bottles, beverage bottles and air conditioning aluminum foil because of its good deep drawing performance and low earing rate.

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