Different Series Of Extruded Aluminum Tubes

When it comes to the selection of extruded aluminum tube material, it is very important to understand the difference between different types of aluminum alloys and heat treatment states.

Next let me explain you the difference between 6063 T5, 6061 T5 and 6061 T6 extruded aluminum tubing

First, let’s look at what each of these terms means

● 6063, 6061: These are different types of aluminum alloys. Just as different ingredients can be used to make different dishes, different aluminum alloys can be used to make aluminum tubes with different properties.

● T5, T6: These are the indications of the heat treatment state. Heat treatment is to change the properties of materials by controlling the heating and cooling process of materials. Both T5 and T6 are states of extruded aluminum tubes after different types of heat treatments.

So, what exactly is the difference between them?

● 6063 T5: This type of extruded aluminum tubing uses 6063 aluminum alloy and is heat treated T5. The T5 condition means that after extrusion, the extruded aluminum tube is artificially aged. In this state, the extruded aluminum tube has moderate strength while retaining good deformation properties. This makes it suitable for many architectural and decorative projects such as window and door frames and furniture.

● 6061 T5: In this case we use 6061 aluminum alloy, also heat treated T5. 6061 T5 extruded aluminum tubing has higher strength compared to 6063 T5. It is suitable for applications requiring higher strength, such as some industrial fields.

● 6061 T6: Finally, we have 6061 T6 extruded aluminum tubing, this time T6 heat treated. In the T6 temper, the strength of the extruded aluminum tube is further increased, but some deformation properties may be sacrificed. This makes it ideal for special applications requiring extremely high strength, such as some areas requiring compressive properties.

When selecting the right extruded aluminum tubing for your needs, it is critical to consider factors such as required strength, deformation properties, corrosion resistance and application environment. By understanding the characteristics of these different aluminum alloys and heat treatment states, you will be able to make more informed decisions to meet your project needs.