Material Composition | High-performance vehicles | Aluminum Content: 50% (Industry Standard) ▲70% (Our Base) ▲95% (Our Advanced) (Aluminum enhances heat dissipation and reduces weight) | Lightweight design improves fuel efficiency; superior heat conductivity | Higher cost for advanced versions due to premium materials |
Heat Dissipation | High-temperature environments | Rate: 1000W/m²K (Industry Standard) ▲1100W/m²K (Our Base) ▲1200W/m²K (Our Advanced) (ISO 12788-compliant) | Faster cooling for engines under heavy load; extends engine longevity | Advanced models may require more precise installation for optimal performance |
Weight | Fuel-efficient vehicles | 12 kg (Industry Standard) ▲10 kg (Our Base) ▲8.5 kg (Our Advanced) (30% lighter than steel-only designs) | Reduces vehicle weight for better acceleration and mileage | Thinner materials may compromise durability in extreme conditions |
Durability | Corrosive environments (e.g., coastal) | Corrosion Resistance: 200h (Industry Standard) ▲300h (Our Base) ▲500h (Our Advanced) (ASTM B117 salt spray test) | Longer lifespan in harsh climates; resistant to rust and oxidation | Advanced coatings increase manufacturing complexity and cost |
Noise Level | Luxury vehicles prioritizing quietness | 50 dBA (Industry Standard) ▲45 dBA (Our Base) ▲42 dBA (Our Advanced) (Quieter than a whisper at 42 dBA) | Minimal noise interference in cabins; enhances comfort | Advanced designs may reduce airflow efficiency slightly |
Compatibility | OEM installations or custom-fit vehicles | Fitment: Generic (Industry Standard) ▲OEM VW/Audi (Our Base) ▲Customizable (Our Advanced) (TÜV-certified) | Seamless OEM integration; no modifications needed for Base models | Customization for Advanced versions requires specialized engineering |