Shallow Processing Methods of 1060 Aluminum Plate

Table of Contents

The 1060 aluminum plate, as a type of pure aluminum plate, is widely used in various fields due to its high purity and excellent processing performance. It possesses good ductility and plasticity, making it suitable for multiple shallow processing methods. Below are some common shallow processing methods for the 1060 aluminum plate.


Shearing involves cutting the 1060 aluminum plate into desired sizes and shapes using a shearing machine or scissors. This method is simple to operate and is suitable for preliminary processing of the material. Sheared aluminum plates can be directly used in production or further processed.


Stamping utilizes a press and dies to form the 1060 aluminum plate, enabling rapid mass production. Through stamping, aluminum plates can be processed into various complex shapes, such as parts, utensils, and decorative items. Stamping is efficient and suitable for large-scale industrial production.


Bending is the process of using a bending machine to bend the 1060 aluminum plate according to design requirements, forming specific angles and shapes. This method is commonly used to manufacture aluminum frames, brackets, and pipes. Accurate control is needed in bending to ensure precise angles and shapes.


Stretching involves pulling the 1060 aluminum plate through a mold to form a certain depth and three-dimensional shape. This method is usually used to produce containers, lids, and thin-walled parts. Stretching requires a high level of craftsmanship to prevent material cracking and deformation.


Cutting includes techniques like laser cutting, plasma cutting, and waterjet cutting to precisely cut the 1060 aluminum plate according to complex contours. These techniques achieve high-precision processing and are suitable for products requiring high-quality edges and details.

Surface Treatment

Surface treatment involves processing the surface of the 1060 aluminum plate to improve its performance and aesthetics. Common methods include polishing, sandblasting, anodizing, and coating. Surface treatment can enhance the corrosion resistance, hardness, and decorative effects of the aluminum plate.


Welding involves joining the 1060 aluminum plate with other materials or aluminum plates using welding techniques to form complex structural components. Welding is widely used in construction, machinery, and transportation. Due to the good weldability of the 1060 aluminum plate, welding ensures strong and reliable connections.


The 1060 aluminum plate, with its excellent ductility, plasticity, and processing performance, is suitable for various shallow processing methods. These processing methods allow the 1060 aluminum plate to be widely used in construction, industry, electronics, and daily life. When choosing a processing method, it is important to consider the specific application requirements and technical needs to achieve the best processing results and product performance.

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