Conductor Material | Industrial power distribution | Industry Standard: Copper (IEC 60228, 100% conductivity) Our Base: Aluminum 16mm² (61% conductivity ▲) Our Advanced: Aluminum alloy (72% conductivity ▲▲) | Base: 30% lighter than copper; Advanced: 15% better conductivity over Base ▲ Cost-effective for long runs | Base: Requires thicker cables; Advanced: Higher cost due to alloy processing |
Insulation Material | Outdoor installations (UV/moisture) | Industry Standard: PVC (IEC 60502, 70°C) Our Base: PE (IEC 60811, 80°C ▲) Our Advanced: XLPE (IEC 60811, 90°C ▲▲, UV-resistant) | Base: 10°C higher temp rating; Advanced: 20°C higher ▲ + UV resistance ▲ Lightweight | Base: Limited UV resistance; Advanced: Stiffer and bulkier |
Voltage Rating | Commercial buildings (600V systems) | Industry Standard: 0.6/1kV (IEC 60502) Our Base: 0.6/1kV (IEC compliant) Our Advanced: 1.0/1.5kV (▲▲, IEC 60228) | Base: Standard compliance; Advanced: Handles 50% higher voltage ▲ for industrial use | Advanced: Thicker insulation increases bulk |
Weight per Meter | Overhead installations | Industry Standard: Copper (850g/m) Our Base: Aluminum (595g/m ▲) Our Advanced: Aluminum alloy (550g/m ▲▲) | Base: 30% lighter than copper; Advanced: 10% lighter than Base ▲ Easier handling | Lower conductivity trade-off requires thicker cables |
Durability (Abrasion) | Harsh industrial environments | Industry Standard: PVC (100 cycles) Our Base: PE (150 cycles ▲) Our Advanced: XLPE + armor (300 cycles ▲▲) | Base: 50% better abrasion resistance; Advanced: Doubles resistance ▲ Longer lifespan | Advanced: Stiffer, harder to bend |
Certifications | Global projects | Industry Standard: CE (EU) Our Base: CE + CCC (China) Our Advanced: CE + CCC + RoHS ▲ (environmental compliance) | Base: Meets regional standards; Advanced: Wider compliance ▲ for international markets | Advanced: Higher testing costs |