Material Composition | Industrial Electronics, Harsh Environments | Industry Standard: Steel (ASTM A36) Our Base: Plated Steel (▲) Our Advanced: Brass + Gold Plating (▲▲) | Advanced: Enhanced corrosion resistance (ASTM B117, 1000+ hrs salt spray) Base: Cost-effective durability | Advanced: Higher cost due to premium materials |
Contact Resistance | High-Frequency PCB Testing | Industry: 30mΩ (IEC 60296) Base: 25mΩ (▲) Advanced: 20mΩ (▲▲) | Advanced: 33% lower resistance for stable signal transmission Base: Reliable for most consumer electronics | Advanced: Requires precision manufacturing (adds 20% cost) |
Spring Force | Robotic Assembly, Automotive Sensors | Industry: 1.2N (ISO 780) Base: 1.8N (▲) Advanced: 2.5N (▲▲) | Advanced: Withstands repeated high-force applications (e.g., industrial robotics) Base: Suitable for standard PCBs | Advanced: May require reinforced PCB substrates |
Durability (Cycles) | Industrial Automation, IoT Devices | Industry: 5,000 cycles (MIL-STD-810) Base: 10,000 cycles (▲) Advanced: 15,000 cycles (▲▲) | Advanced: 3x longer lifespan in high-wear scenarios Base: Meets commercial-grade demands | Advanced: Complex design increases lead time |
Temperature Range | Aerospace, Extreme-Environment Devices | Industry: -20°C to 85°C (IEC 60068) Base: -30°C to 90°C (▲) Advanced: -40°C to 105°C (▲▲) | Advanced: Operates in cryogenic and high-heat settings (e.g., aerospace) Base: Broad compatibility for most electronics | Advanced: Special alloy processing adds cost |
Size Customization | Miniaturized PCBs, Medical Devices | Industry: Limited to 0.5mm increments Base: ±0.05mm tolerance (▲) Advanced: ±0.01mm tolerance (▲▲) | Advanced: Precision for microelectronics (e.g., wearable sensors) Base: Meets medical-grade standards | Advanced: Requires specialized tooling (adds 15% MOQ cost) |