The good processability of aluminum profile shells is mainly reflected in the following aspects:
1. Plasticity: Aluminum alloy has high plasticity and can be processed into various shapes and sizes of shells through extrusion, stretching, stamping and other processing techniques. Aluminum profiles can be deformed and formed relatively easily, meeting complex design requirements.
2. Processing performance: Aluminum alloy has excellent machinability and can be processed through milling, drilling, cutting and other processing techniques. Aluminum profiles consume less cutting tools and have a faster processing speed, which helps to improve production efficiency.
3. Welding performance: Aluminum alloy has excellent welding performance and can be processed by welding techniques such as argon arc welding and laser welding. The welded joints of aluminium profiles have high strength and beautiful weld seams, making them suitable for manufacturing large aluminium profile shells.
4. Surface treatment: Aluminum profile shells can undergo various surface treatments, such as anodizing, spraying, and electrophoretic coating, to enhance appearance quality and corrosion resistance.
The standards for evaluating the processing performance of aluminum profile shells mainly include the following aspects:
Formability: This includes the plasticity and processing performance of aluminum profiles, that is, whether aluminum profiles can be formed into complex shell shapes through processing techniques.
2. Welding performance: This includes the strength of the welded joint and the quality of the weld seam, as well as the thermal impact of the welding process on aluminum profiles.
3. Surface treatment performance: This includes the surface flatness, smoothness and coating adhesion of the aluminum profile shell, etc.
4. Processing efficiency: This includes processing speed, cutting tool life, equipment utilization rate, etc., and whether it can meet the demands of large-scale production.
Taking all the above factors into comprehensive consideration, it is possible to evaluate whether the processing performance of the aluminum profile shell is good.
