Material Composition | High-Performance Vehicles | Industry Standard: Copper-Brass (150°C max temp, ASTM E1245) Our Base: Aluminum (180°C max temp ▲, ISO 3944) Our Advanced: Aluminum+ (200°C max temp ▲▲, proprietary alloy) | ▲▲ Advanced alloy withstands extreme heat (e.g., turbocharged engines). Lightweight (50% lighter than copper). | Advanced versions cost 30% more due to specialized materials. |
Design Efficiency | Compact Engine Spaces | Industry Standard: 1mm fin spacing (ISO 12781) Our Base: 0.7mm spacing ▲ (30% more surface area) Our Advanced: 0.5mm spacing ▲▲ (50% more) | ▲▲ Enhanced heat dissipation for smaller engines (e.g., hybrid vehicles). | Narrow fins may clog faster in dusty environments. |
Port Configuration | Custom Installation Needs | Industry Standard: 2-port fixed Our Base: 4-port 180° rotation ▲ (ISO 2380) Our Advanced: 4-port 360° rotation ▲▲ (SAE J1926) | ▲▲ 360° rotation simplifies installation in tight engine bays. | More ports require precise alignment to prevent leaks. |
Noise Level | Quiet Environments (e.g., EVs) | Industry Standard: 50 dBA (louder than lawnmower) Our Base: 45 dBA ▲ (quieter than vacuum cleaner) Our Advanced: 40 dBA ▲▲ (quieter than refrigerator) | ▲▲ Advanced design reduces noise by 20% for premium vehicles. | Noise dampening adds 10% to manufacturing costs. |
Durability & Corrosion | Harsh Environments (e.g., coastal areas) | Industry Standard: 500hr salt spray (ASTM B117) Our Base: 1000hr ▲ Our Advanced: 2000hr ▲▲ (dual-layer coating) | ▲▲ 2000hr rating outperforms competitors in corrosive zones. | Advanced coatings add 0.5kg weight. |
Weight & Portability | Lightweight Vehicles (e.g., motorcycles) | Industry Standard: 8kg (steel) Our Base: 5kg ▲ (aluminum) Our Advanced: 4.5kg ▲▲ (aluminum+plastic) | ▲▲ 4.5kg reduces vehicle load by 40% for fuel efficiency. | Plastic components may degrade in extreme heat. |