Material | High-current industrial machinery | Industry Standard: Aluminum (30 MS/m) Our Base: Copper (58 MS/m) ▲ Our Advanced: Oxygen-Free Copper (62 MS/m, ASTM B115) ▲▲ | Copper reduces energy loss (93% of silver conductivity). Advanced offers 7% higher conductivity. | Aluminum lighter but less conductive. Advanced may cost more. |
Surface Treatment | Corrosive environments, outdoor use | Industry Standard: Zinc-plated (2 µm) Our Base: Tin-plated (3 µm, ASTM B488) ▲ Our Advanced: Tin-plated (5 µm) ▲▲ | Tin resists corrosion better than zinc. Advanced has 66% thicker plating. | Thicker plating may need specialized tools. Zinc cheaper. |
Terminal Design | Automotive, industrial connections | Industry Standard: Basic crimp (no locking) Our Base: Locking crimp (IEC 60352) ▲ Our Advanced: Reinforced locking + IP67 ▲▲ | Locking prevents loosening. Advanced offers waterproofing (IP67). | Basic may loosen over time. Advanced needs precise installation. |
Certifications | EU markets, compliance-driven regions | Industry Standard: RoHS (EU Directive 2011/65/EU) Our Base: EPR France/Germany ▲ Our Advanced: EPR + REACH ▲▲ | EPR ensures recycling. Advanced meets stricter chemical regulations. | Basic may not meet new laws. Advanced higher cost. |
Application | High-voltage substations, offshore use | Industry Standard: General electrical use Our Base: Industrial/power ▲ Our Advanced: High-voltage (1000V) + extreme temp (-40°C to 120°C) ▲▲ | Advanced handles extreme conditions (e.g., offshore platforms). | Standard may fail at high voltage. Advanced limited availability. |
Crimping Technology | Heavy-duty installations | Industry Standard: 10 kN crimp force Our Base: 15 kN (ISO 4017) ▲ Our Advanced: 20 kN ▲▲ | Higher force ensures stronger connections. Advanced prevents loosening under stress. | Standard may fail under heavy loads. Advanced needs specialized tools. |