Cooling Efficiency | High-performance engines, heavy-duty trucks | Industry Standard: 800 CFM (ISO 5010) Our Base: 1000 CFM ▲ Our Advanced: 1200 CFM ▲▲ | ▲▲ Superior heat dissipation for sustained engine performance (Reduces overheating risks by 30%) | Higher power consumption in Advanced models |
Noise Level | Luxury vehicles, passenger comfort | Industry Standard: 45 dBA Our Base: 40 dBA ▲ Our Advanced: 35 dBA ▲▲ | ▲▲ Quieter than a refrigerator hum (35 dBA vs 45 dBA) Enhances cabin tranquility | Advanced models require premium noise-dampening materials (cost ↑) |
Material Durability | Harsh environments (e.g., off-roading) | Industry Standard: 500h salt spray resistance (ASTM B117) Our Base: 800h ▲ Our Advanced: 1000h ▲▲ | ▲▲ 2x longer lifespan in corrosive conditions (E.g., coastal or industrial areas) | Advanced composites add 15% to product weight |
Voltage Compatibility | Universal vehicle installations | Industry Standard: 12V ±10% tolerance Our Base/Advanced: 12V ±15% tolerance ▲ | ▲ Stable operation in fluctuating electrical systems (Reduces motor burnout risks) | No direct disadvantage; cost-neutral |
Thermal Control | Performance tuning, hybrid vehicles | Industry Standard: Manual fan speed Our Base: Temperature-sensor control ▲ Our Advanced: Adaptive PWM control ▲▲ | ▲▲ Auto-adjusts cooling to engine load (Saves 12% energy vs manual systems) | Advanced requires ECM integration (installation complexity ↑) |
Weight/Size | Compact engine bays, lightweight vehicles | Industry Standard: 5.2kg (steel components) Our Base: 4.5kg ▲ (aluminum) Our Advanced: 3.8kg ▲▲ (carbon-reinforced plastic) | ▲▲ Reduces unsprung weight by 27% (Improves fuel efficiency) | Advanced materials require specialized handling (storage costs ↑) |