With the intelligent development of the automotive industry, the demand for intelligent driving and autonomous driving systems continues to increase. Intelligent driving systems, including ADAS (Advanced Driver Assistance Systems), automatic parking, and surround-view systems, require high-precision sensors and durable in-vehicle cameras that must operate reliably in harsh environments over extended periods, thereby driving the growing demand for aluminum alloy housings. As a lightweight, high-strength, and corrosion-resistant material, aluminum alloy has become the ideal choice for smart driving cameras and sensors, meeting the automotive industry's stringent requirements for weight reduction, stability, durability, and safety.

The rapid growth of the electric vehicle (EV) market has had a profound impact on the automotive industry, particularly in the application of technologies such as intelligent driving and battery management systems. With the increasing popularity of EVs, the integration of intelligent driving technologies and the surge in demand for onboard sensors have driven the demand for lightweight and high-precision aluminum alloy parts. Aluminum alloys are widely used in EVs for camera housings, sensor casings, and battery management systems, reducing vehicle weight and improving energy efficiency while meeting the high performance and durability requirements of EVs.

The aerospace industry places extremely high demands on component precision, strength, and reliability, as the environments they operate in are often extreme and error-prone. Aluminum alloys, due to their lightweight, high-strength, and corrosion-resistant properties, are widely used in avionics housings and connectors. With the increasing prevalence of intelligent systems and modular components in aerospace, the demand for high-performance, custom aluminum parts continues to grow to meet the dual requirements of structural and electronic integration.

With the advancement of smart manufacturing and Industry 4.0, industrial automation systems are increasingly dependent on high-precision sensors, robotic arms, and control modules. These devices must operate stably under complex operating conditions, placing higher demands on the strength, heat dissipation, and machining accuracy of their casings. Aluminum alloy components, due to their mechanical stability, ease of processing, and excellent thermal conductivity, have become an indispensable structural material in industrial automation equipment.

With the increasing prevalence of urban development, smart homes, and surveillance systems, the requirements for electronic device casings for weather resistance, corrosion resistance, and aesthetically pleasing design are continuously increasing. Aluminum alloy, due to its excellent thermal conductivity, aesthetic appearance, and structural stability, is widely used in products such as surveillance cameras, access control systems, and consumer smart devices. In the AI-powered security sector, the demand for integrated, precision casings is particularly growing.