1060 and 1050 perforated aluminum sheets are both common aluminum alloy perforated sheets. They have some similarities and differences in material properties, application areas, processing and installation.
The aluminum content of 1050 perforated aluminum plate reaches more than 99.5%, which is a kind of high-purity industrial pure aluminum.
The aluminum content of 1060 perforated aluminum plate is slightly higher than 1050, reaching 99.60%, which makes its material relatively softer.
Both have excellent electrical conductivity, thermal conductivity, corrosion resistance, and good plasticity and processing properties. However, due to the slightly higher aluminum content of 1060, its ductility and plasticity may be slightly better than 1050.
Applications
- Architectural Decoration: Used for building facades, ceilings, and interior partitions. The perforated design can add an interesting visual texture, and it can also serve as a functional element for light diffusion, ventilation, and sound absorption. For example, in modern - style office buildings, perforated aluminum sheets are often used on the exterior walls to create a unique and dynamic appearance while allowing natural light to penetrate in a diffused way.
- Industrial Filtration: Ideal for making filters in various industries. In the automotive industry, it can be used to filter air, oil, and fuel. In chemical plants, it helps filter liquid and gas mixtures. The precise hole size and pattern can be customized to meet different filtration requirements.
- Acoustic Applications: Since the perforations can trap and absorb sound waves, perforated aluminum sheets are widely used in sound - absorbing panels. They are installed in concert halls, theaters, and recording studios to improve the acoustic environment by reducing echo and noise.
- HVAC Systems: In heating, ventilation, and air - conditioning systems, perforated aluminum sheets are used as air diffusers and grilles. They can evenly distribute the airflow, ensuring efficient and comfortable air circulation in buildings.