What Is the Maximum Squeezing Size of Aluminum Profile? -Ruminum Profiles Supplier

What is the maximum squeezing size of aluminum profile? Aluminum is an excellent material for making parts because it has high strength and weight ratio, light weight, and excellent corrosion resistance. It can also be squeezed into various shapes and sizes, and it is much cheaper than stamping molds. Unlike most metal alloys, aluminum can squeeze and form at room temperature. Because aluminum has good conductive property, it is usually an ideal choice for electrical pipelines and other applications. It can be used for a variety of alloys, including some particularly suitable alloys, such as 6005 and 6063, which contain a large amount of silicon to reduce the melting temperature. The alloy that is most suitable for aluminum extrusion design includes alloys with good toughness and low yield strength. This is particularly important when design requires bending or other forms of stress. Metals such as 6005 and 6063 are mainly used for structural squeezing, but they can weld or make in other forms and have good results. The shape and diameter are the two key parameters of any squeezing profile.

Generally, the larger the diameter, the more complicated the shape of the profile.

In addition, the larger the shape of the shape, the more difficult it is. In order to help determine the correct shape that is suitable for you, it is best to start with the outer circular diameter (CCD) of the outline. This is a common measurement method that surrounds the entire cross section of the shape.

Some squeezers can produce profiles with a diameter of 32 inches in diameter. This is important because it helps determine the size of the extruder required by the project. Although most squeezers can process the profile of one to ten inches CCD, it is best to find a squeeze that can use CCDs below eight inches to process shapes to save costs.

In addition to CCD, other factors that need to be considered when designing aluminum squeezes include tongue tongue ratio, profile wall thickness, and type of connectors for assembly. Each of them will have a significant impact on the formation of aluminum and the overall structure.