Power Cables | Industrial machinery, office equipment | - UL2464 certified (UL Listed) - Tinned Copper Conductors (ASTM B357) - PVC Insulation (IEC 60502 rated, ▲10% thicker in Advanced) | - Cost-effective compliance with safety standards - Durable for low-voltage applications | - Limited to low-voltage systems - Standard insulation may degrade in extreme temps (▲Advanced version improves temp resistance ▲-50°C to 105°C) |
Data Transmission Cables | Networking, telecommunications | - Foil+Braid Shielding (ISO/IEC 11801) - Cat6A (250 MHz bandwidth) - RoHS compliant | - High-speed data transfer (▲2x faster than Cat5e) - Reduced EMI interference | - Bulky design limits flexibility - Higher cost compared to standard cables |
Industrial Cables | Harsh environments (factories, outdoors) | - Oil-Resistant Jacket (IEC 60092) - 90°C rating (IEC 60227) - Armored (EN 50173) | - Withstands chemicals and abrasion - Armored design protects against physical damage | - Heavy and rigid, complicating installation - Higher price due to reinforced materials |
Flexible Cables | Robotics, machinery with movement | - Stranded Conductors (ASTM B258) - PVC Jacket (EN 50564) - Flex Rating 10,000 cycles | - Bendable for dynamic applications (▲50% more flexible than solid-core cables) - Long lifecycle (▲2x flex cycles in Advanced) | - Less robust against environmental stress - Limited to moderate voltage/current loads |
High-Temperature Cables | Ovens, automotive systems | - Teflon Insulation (UL 1411, 200°C) - Glass Fiber Reinforced Jacket (ASTM D2240) | - Operates in extreme heat (▲100°C hotter than PVC-based cables) - Chemical resistance | - Stiff and difficult to route - 3x cost increase vs standard cables |
Marine Cables | Boats, offshore platforms | - UV Resistant PVC (IEC 60092) - Lead Sheathing (IEC 60502) - IP68 Rated (IEC 60529) | - Waterproof and UV-resistant (▲100% submersion for 72h) - Resists saltwater corrosion | - Heavy and bulky - Complex installation requiring专业 tools |