Conductor Material | Industrial Heating, High-Temperature Use | Industry Standard: Nichrome (300 W/m·K thermal conductivity) Our Base: Copper (385 W/m·K) Our Advanced: Carbon Fiber (1000 W/m·K▲▲) | ▲▲ Advanced: 3× higher thermal efficiency for faster heat transfer Base: Cost-effective conductivity | ▲ Advanced: Higher upfront cost Industry: Lower efficiency limits industrial use |
Insulation Type | Chemical Plants, Outdoor Installations | Industry Standard: PVC (max 105°C▲) Our Base: PVC (105°C) Our Advanced: PFA (250°C▲▲) | ▲▲ Advanced: Withstands extreme temps (ASTM D3421 compliant) Base: Standard for residential use | ▲ Advanced: Stiffer material complicates installation Industry: Limited to moderate temps |
Core Configuration | Commercial Spaces, Large Areas | Industry Standard: Single-core (non-uniform heating) Our Base: Single-core Our Advanced: Dual-core (even 360° heat distribution▲) | ▲ Advanced: Reduces hot/cold spots by 40% (ISO 804:2018) Base: Simpler installation | ▲ Advanced: Requires专业 wiring skills Industry: Inconsistent heat zones |
Temperature Resistance | Industrial Ovens, Heavy-Duty Use | Industry Standard: 105°C Our Base: 105°C Our Advanced: 250°C▲▲ | ▲▲ Advanced: Operates in furnace-like environments (ASTM F2506) | ▲ Advanced: Requires specialized mounting hardware |
Flexibility | Residential Installations, Curved Surfaces | Industry Standard: Rigid PVC (bend radius ≥150mm) Our Base: Flexible PVC (bend radius 50mm▲) Our Advanced: FEP (bend radius 30mm▲▲) | ▲▲ Advanced: Fits tight spaces (EN 50564 compliant) Base: Easier to install than rigid cables | ▲ Advanced: More fragile than PVC Industry: Prone to kinking during installation |
Lifespan | Long-Term Industrial Projects | Industry Standard: 10 years Our Base: 15 years▲ Our Advanced: 20 years▲▲ | ▲▲ Advanced: 2× longer lifespan (IEC 60204-1) Base: 50% improvement over industry norms | ▲ Advanced: Higher initial investment required |