Is the Aluminum Alloy Profile Good Or the 120 Series? How to Choose the Right? -Ruminum Propiles Support

It is very important to choose the appropriate aluminum alloy profile, especially when considering the processability rating of aluminum. Processability is to measure the response of metal's processing stress.

Generally, aluminum has good mechanical processing level and is easy to weld. Some of the important features of aluminum include corrosion resistance, conductivity and low melting point. These characteristics are important in various applications. The most common commercial aluminum alloy is 6061 and 2024. These two alloys are used in many different applications, including aerospace and cars.

However, aluminum alloy is part of the larger alloy family. Each alloy has a unique identifier, such as its four -digit name or the name of the 95 or 120 series of alloys. Aluminum is a common metal and is useful in almost any application.

In addition to corrosion resistance, aluminum also has a high strength and weight ratio. As we all know, it is easy to weld and heat, which is important in structural applications.

However, the performance of aluminum alloy depends on the thermal treatment procedures it experienced. These differences can help you determine which aluminum alloy profile is best for your application. Aluminum alloy has a variety of chemical components. They also have different temper and personality. The melting temperature of aluminum alloy can change according to the alloy elements used in its composition.

However, aluminum alloy is usually paid by a series. Examples of the series include 7000, 5005A, 6063, 7075, and 7075-T6. These alloys are usually used in automotive, aerospace and ship applications. The high temperature and thermal performance of aluminum alloy is different, which is important for structural design. The design guide of BSI (Architectural Safety Initiative), such as European specification 9, provides detailed information on aluminum thermal performance.

However, the research on the residual mechanics of aluminum after the fire is limited. This information is very important for assessing the structural stability of the aluminum structure after the fire. High temperature and thermal performance is important because the aluminum structure will be exposed during the fire. When exposed to high temperature, the intensity of the aluminum structure is reduced, which can be explained by relying on the enhanced mechanism of alloy.

In addition to high -temperature mechanical properties, it is also important to determine the residual mechanical properties of aluminum alloy.