3104 H32 aluminum sheet is a medium-strength aluminum alloy designed specifically for deep drawing forming processes. Its unique properties make it an ideal material for a wide range of deep drawing applications, especially when manufacturing components with complex geometries. In the H32 temper, 3104 aluminum alloy has excellent formability, good strength, and outstanding surface quality, making it widely used in fields requiring precise deep drawing processes.
3104-H32 Deep Drawing Aluminum Sheet Properties
Excellent Deep Drawing Performance
The 3104 H32 aluminum sheet exhibits excellent deep drawing capabilities, making it particularly suitable for producing components with complex shapes and precise designs. During the deep drawing process, the material can be evenly stretched without cracking or distortion.
Moderate Strength
The material has moderate tensile strength, allowing it to withstand the high deformation pressures of the deep drawing process while maintaining stable physical properties. Although its strength is lower than that of some high-strength aluminum alloys, its good formability compensates for this, especially in deep drawing applications that require high ductility.
Outstanding Surface Quality
The 3104 H32 aluminum sheet has a smooth surface with a high level of finish. This characteristic makes it ideal for surface treatments such as coating, anodizing, etc., providing a smoother and more uniform coating effect.
Formability and Ductility
The material has good ductility, allowing it to withstand complex forming processes without breaking or warping. It is ideal for deep drawing products that require high forming performance.
Corrosion Resistance
As an aluminum alloy, the 3104-H32 aluminum sheet offers some corrosion resistance, making it suitable for applications exposed to different environments, especially for components used both indoors and outdoors.
3104-H32 Deep Drawing Aluminum Sheet Applications
Automotive Body Panels
The 3104 H32 aluminum sheet is widely used in the automotive industry, especially in the production of body panels, door panels, hoods, and other components. Due to its excellent deep drawing performance and smooth surface finish capabilities, it is the ideal choice. The automotive industry requires materials that can withstand the deep drawing process while maintaining sufficient strength and stability, and 3104 aluminum alloy meets these requirements.
Appliance Housings
This material is also commonly used in the manufacturing of appliance housings, such as washing machines, refrigerators, and microwaves. Its excellent processing performance ensures that components maintain precise dimensions and shapes during high-precision forming, while also providing a smooth surface finish that enhances both the appearance and durability of the product.
Electronic Product Casings
The 3104 H32 aluminum sheet is widely applied in the manufacture of casings for electronic devices (such as TVs, audio equipment, and computers). Its strength and corrosion resistance ensure the stability and durability of electronic devices over long-term use, while its smooth surface also enhances the aesthetic appeal of the products.
Container Manufacturing
This aluminum sheet is also used for manufacturing various types of containers, including food and chemical containers. Its formability and surface treatment capabilities allow it to produce high-precision, flawless container products.
Other Deep Drawing Products
In addition to the applications mentioned above, the 3104-H32 aluminum sheet is suitable for manufacturing other deep-drawn products that require high surface quality and precise forming, such as aluminum trays, closed containers, and high-end packaging materials.
With its excellent deep drawing performance, moderate strength, good ductility, and outstanding surface quality, 3104-H32 aluminum sheet is the ideal material for manufacturing complex shapes and high-precision deep-drawn components. It is widely used in automotive, appliance, electronic product casings, and container industries, making it an excellent material for meeting high-precision forming requirements.