Material Composition | Daily driving, off-road, extreme weather | Industry Standard: Basic plastic (ASTM D648 - withstands -20°C to 80°C) Our Base: Durable ABS plastic (ISO 6372 - 30% stronger than basic plastic) ▲ Our Advanced: Reinforced ABS (ISO 6372 + 30% stronger) ▲▲ (50% stronger than industry standard) | Enhanced durability and lightweight construction improve longevity and fuel efficiency. | Advanced materials may increase production costs. |
Aesthetic Design | Luxury vehicles, personalization | Industry Standard: Matte finish (ASTM D523 - 40% gloss) Our Base: Sleek black finish (ISO 2813 - 60% gloss) ▲ Our Advanced: Glossy/chrome-plated finish (ISO 2813 + ASTM B243 - 90% gloss) ▲▲ | Premium appearance enhances vehicle’s visual appeal. | Advanced finishes may require more maintenance (e.g., polishing). |
Weight & Durability | Performance vehicles, frequent use | Industry Standard: 2.5 kg (ISO 3833) Our Base: 2.0 kg (ISO 3833) ▲ Our Advanced: 1.8 kg (ISO 3833 + composite additives) ▲▲ | Reduced weight improves fuel efficiency and handling. | Lighter materials may sacrifice structural integrity in extreme conditions. |
Compatibility & Fitment | OEM replacement, model-specific upgrades | Industry Standard: Generic fit (ISO 3833 compliance) Our Base: OE-equivalent fitment (ISO 3833) ▲ Our Advanced: Precision-matched design (ISO 3833 + CAD modeling) ▲▲ | Seamless integration with Lexus RX 350 models. | Advanced precision may limit compatibility with non-OEM modifications. |
Customization Options | Personalization, racing teams | Industry Standard: Limited color choices (ASTM E1164) Our Base: 5 color options (ASTM E1164) ▲ Our Advanced: Full-color customization + decals (ASTM E1164 + ISO 2846) ▲▲ | Allows unique styling for individual/brand identity. | Custom options may add to lead time and cost. |
Aerodynamic Performance | High-speed driving, racing | Industry Standard: Standard mesh (ISO 3833) Our Base: Honeycomb pattern (ISO 3833 + 15% airflow improvement) ▲ Our Advanced: Optimized airflow channels (ISO 3833 + 30% drag reduction) ▲▲ | Improved aerodynamics boost speed and fuel efficiency. | Advanced designs may require specialized installation. |