Voltage Withstand | High-voltage transformers, power cables | Industry Standard: 150 kV/mm (IEC 60243-1) Our Base: 180 kV/mm (▲15%) Our Advanced: 200 kV/mm (▲+11% from Base) | Reduces insulation failures in extreme voltage environments | Higher cost for Advanced versions due to specialized polymer blends |
Thermal Stability | High-temperature motors, generators | Industry Standard: 180°C (UL 746B) Our Base: 200°C (▲11%) Our Advanced: 220°C (▲+10% from Base) | Operates safely in harsh thermal conditions (e.g., industrial furnaces) | Requires careful handling to avoid compromising polymer integrity at peak temps |
Dielectric Strength | Capacitors, circuit breakers | Industry Standard: 12 kV/mm (ASTM D149) Our Base: 15 kV/mm (▲25%) Our Advanced: 18 kV/mm (▲+20% from Base) | Minimizes electrical breakdown risks in high-stress applications | Base version may not suffice for ultra-high-voltage systems |
Thickness | Compact electrical devices | Industry Standard: 0.25mm (ISO 3801) Our Base: 0.3mm (▲20%) Our Advanced: 0.35mm (▲+16.6% from Base) | Enhanced mechanical durability without bulk (ideal for aerospace parts) | Thicker materials may increase installation space requirements |
Chemical Resistance | Chemical plants, oil refineries | Industry Standard: 20+ chemicals (ASTM D543) Our Base: 30+ chemicals (▲50%) Our Advanced: 50+ chemicals (▲+66.6% from Base) | Resists corrosion from aggressive solvents and fuels | Base version may degrade over prolonged exposure to extreme chemicals |
Flammability | Fire-sensitive environments | Industry Standard: V-2 (UL94) Our Base: V-0 (▲1 level) Our Advanced: 5VA (▲+5 level from Base) | Self-extinguishing properties (critical for safety in data centers) | Advanced versions require specialized storage to maintain flame-retardant coatings |