Metal brackets for electronic equipment are made from aluminum alloy and stainless steel, combining lightweight design (aluminum alloy density is only 2.7g/cm³) with high strength (tensile strength ≥310MPa). Their surfaces are anodized or galvanized for over 48 hours of salt spray corrosion resistance. They are suitable for server cabinets, industrial controllers, projectors, and other equipment. They utilize CNC precision machining, with mounting hole tolerances of ≤±0.1mm and millimeter-level positioning and fixturing. They provide heat dissipation (metal thermal conductivity ≥200W/m・K) and shock absorption (with rubber cushions). Select models are CE and RoHS compliant, making them suitable for both indoor industrial applications and outdoor semi-enclosed environments.

　　Precision electronic components include micro connectors, sensor components, and structural connectors. They are primarily made from materials such as brass and titanium alloys. Processed through laser engraving and micro-injection molding, they achieve dimensional accuracy of ±0.005mm (micrometer level). Gold/nickel plating enhances conductivity (contact resistance ≤ 50mΩ) and wear resistance. Some parts feature an integrated sealed structure (IP65 protection rating), ensuring stable operation in a wide operating temperature range of -40°C to 85°C. Widely used in medical electronics, automotive electronics, and aerospace equipment, this component ensures accurate signal transmission and long-term operational reliability, serving as a core support component for the high-performance operation of electronic equipment.