Aluminum Alloy Enclosure Profile for Power Supplies/Power Banks

Reliable Protection and Efficient Heat Management for Enhanced Power Supply Performance

Introduction

This aluminum enclosure is crafted from high-quality 6063 aluminum alloy and undergoes precision processing and surface treatment. It integrates device mounting holes, functional openings, and a lightweight structural design, combining superior protection with effective heat dissipation. As an enclosure for power supplies or power banks, it ensures the physical safety of internal circuits and battery cells while assisting in heat dissipation, ensuring stable operation of the device. This makes it a key structural component for portable power products.

Daily Functions
The enclosure is mainly used for power supplies such as portable power banks, small industrial power supplies, or outdoor emergency power supplies. It shields internal electronic components from external impacts, dust, and moisture while supporting heat dissipation to extend the lifespan and enhance the safety of power supply equipment.

Application Scenarios

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• Consumer Electronics: The enclosure is ideal for high-capacity power banks and fast-charging mobile power supplies, meeting the portable power needs of outdoor activities, business trips, and other mobile scenarios.

• Industrial Equipment: Used as an enclosure for small industrial power supplies and test instrument power supplies, it ensures durability in factory production lines, laboratories, and other environments.

• Outdoor Emergency: This enclosure is perfect for outdoor camping emergency power supplies and on-board backup power supplies, addressing off-grid power needs in environments like the wild or in case of vehicle breakdowns.

Processing Technology

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• Aluminum Profile/Sheet Forming: 6063 aluminum alloy profiles or sheets are formed into enclosure structures using stamping and bending processes.

• Precision Processing: CNC milling and drilling processes are used to machine device mounting holes, charging interface openings, heat dissipation holes, and external shapes with high precision, ensuring accuracy and structural adaptability.

• Surface Treatment: The enclosure undergoes anodization after degreasing and oxidation to form a silver-white matte finish, improving corrosion resistance, wear resistance, and insulation properties.

• Assembly Inspection: The processed enclosures undergo dimensional and surface quality inspections to ensure compatibility with internal components and guarantee overall product functionality.

Product Video