High-precision brass stamped and stretched heat sink housing

Core features and advantages

• Precision structure, one-piece molding: Advanced stamping and stretching processes are used to ensure high dimensional accuracy and consistency of parts, and a robust structure, avoiding reliability risks that may arise from welding or assembly.

• Superior materials and reliable performance: Made of high-quality brass (such as H62, H65, etc.), it has good electrical conductivity, thermal conductivity, wear resistance and corrosion resistance, fully meeting the dual requirements of electronic components for electrical and mechanical performance.

• Advanced surface finish, smooth and durable: After electrolytic polishing, the surface has high microscopic flatness, significantly reducing surface roughness, effectively reducing contact resistance, and forming a uniform, smooth, and oxidation-resistant surface, improving long-term stability.

• Widely applicable and flexibly customizable: Suitable for various electronic equipment applications such as connector terminals, shielding covers, relay components, and heat sink bases. Custom development and production based on customer drawings are supported.

Typical application areas

• Consumer electronics: Internal connection and shielding components for mobile phones, tablets, and wearable devices.

• Communication equipment: Radio frequency connectors and structural components in routers and base station equipment.

• Automotive electronics: Conductive and structural components in automotive sensors and controllers.

• Industrial electronics: power modules, connectors and heat dissipation components in industrial control equipment.

Quality control is carried out in accordance with the ISO 9001 quality management system throughout the entire product manufacturing process. The equipment includes precision projectors, roughness testers, salt spray testers and other testing equipment to strictly control the dimensions, appearance, electrical properties and corrosion resistance to ensure batch consistency.