Conductor Material | High-current industrial equipment, telecommunication systems | Industry Standard (Aluminum, 61% IACS Conductivity) vs Our Base (Bare Copper, 100% IACS ▲) vs Our Advanced (Oxygen-Free Copper, 101% IACS ▲▲) | Higher conductivity reduces energy loss and heat generation. | Copper is heavier and costlier than aluminum. |
Insulation Material | Fire-prone areas, high-temperature zones | Industry Standard (Standard PVC, UL 1581) vs Our Base (Standard PVC, UL 1581) vs Our Advanced (Flame-Retardant PVC, UL 94 V-0 ▲) | Flame-retardant insulation meets safety standards in hazardous environments. | Slightly higher cost and stiffness compared to standard PVC. |
Flexibility | Robotics, machinery with frequent movement | Industry Standard (Bend Radius 4x Diameter) vs Our Base (3x Diameter ▲) vs Our Advanced (2x Diameter ▲▲) | Enables tighter routing in compact machinery and reduces installation friction. | More complex manufacturing increases production costs. |
EMI Shielding | Industrial plants with high electromagnetic interference | Industry Standard (No Shielding) vs Our Base (Braided Shielding, 75 dB ▲) vs Our Advanced (Braided + Foil, 90 dB ▲▲) | Reduces signal interference for reliable data transmission in noisy environments. | Heavier cable may require additional support structures. |
Jacket Material | Outdoor installations, abrasive environments | Industry Standard (Standard PVC) vs Our Base (Abrasion-Resistant PVC, ASTM D2240 65 Shore ▲) vs Our Advanced (UV-Resistant PVC, ASTM G154 1000hrs ▲▲) | Enhanced durability against UV exposure and physical abrasion. | Higher material costs and potential for reduced flexibility. |
Customization | Custom electronics assembly, field installations | Industry Standard (Fixed Ends) vs Our Base (Exposed Wires for Termination ▲) vs Our Advanced (Pre-Terminated Connectors ▲▲) | Reduces installation time and minimizes termination errors. | Pre-terminated versions may lack flexibility for non-standard applications. |