I. Core Advantages

• First and foremost: Reduce unsprung mass – 40-50% lighter than steel; this advantage directly enhances handling, shortens braking response, and cuts wheel vibration for better comfort.
• Second: Exceptional strength-to-weight ratio – Boasting 860-930 MPa tensile strength (on par with high-strength steel), it reliably resists extreme clamping forces and braking fatigue.
• Additionally: Superior corrosion resistance – A natural oxide layer fends off rust, brake fluid, and road salt, allowing the bolts to last 5-8 years even in harsh environments.
• Moreover: Reliable Torx drive – Its star-shaped design distributes torque evenly, which in turn reduces cam-out risk and protects both the bolts and tools during installation.
• Furthermore: Strong high-temperature stability – It maintains core properties up to 300°C (572°F), perfectly adapting to the intense heat generated by heavy braking (such as in racing or mountain driving).
• Last but not least: Long lifespan & low maintenance – It resists wear and deformation effectively; meanwhile, its smooth surface prevents debris buildup, facilitating easy brake system inspections.

II. Main Application Scenarios

• Notably: High-performance/racing cars – Widely used in the calipers of models like Porsche 911 and BMW M Series; here, their lightweight feature boosts speed and braking efficiency, while robust strength ensures safety at extreme speeds.
• Beyond that: Automotive aftermarket – Extremely popular for upgrading Brembo or AP Racing calipers; besides performance enhancement, their customizable PVD coatings also elevate the overall aesthetic appeal.
• Equally important: High-end motorcycles – Ideal for premium models like Ducati and Yamaha R Series; reduced unsprung mass significantly improves maneuverability on curves and wet roads.
• Additionally: Off-road vehicles – Their excellent corrosion resistance (against mud and road salt) and strong structure enable them to handle rough-terrain braking demands for trucks and SUVs.
• Finally: Industrial machinery – Applied in the calipers of construction cranes and mining trucks; their high-temperature stability guarantees reliable braking performance in industrial operating conditions.

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