Precision sheet metal chassis components

Structural characteristics

Material and Craftsmanship: Made of thin metal sheets, formed through sheet metal processing techniques such as shearing, bending, punching, etc. The surface presents a metallic luster and may have undergone rust prevention treatments such as galvanizing to enhance corrosion resistance.

Perforation design: There are regularly arranged long and circular openings on both sides of the plate. Long strip openings help with ventilation and heat dissipation, accelerate air circulation, and prevent performance from being affected by heat accumulation inside the equipment; Circular openings may be used for cable threading, installing screws, etc.

Shape and structure: The overall shape is bent, forming a three-dimensional structure with a certain angle. This structure can adapt to specific equipment spatial layouts and is used for installation in specific positions inside the equipment, playing a role in separation, support, or protection.

Application scenarios

Commonly used in various electronic devices, electrical control cabinets, mechanical equipment, etc. In electronic devices, it can be used as an air duct component inside the chassis to optimize the heat dissipation air duct; In the electrical control cabinet, it can be used to separate different functional areas while ensuring ventilation, heat dissipation, and cable management; In mechanical equipment, it can serve as a protective and ventilation component, protecting key internal components and maintaining appropriate operating temperatures.