EBC Brakes Disc Brake Pad Set for FA319/2HH

The high-pressure die-cast aluminum platforms with bonded brake linings are the foundation of these brake shoes. The shoes are meticulously radius-ground and edge-trimmed to ensure a precise and consistent fit. A key feature is the inclusion of lead-in and lead-out chamfers at the lining ends, which facilitate smooth and efficient braking performance. Additionally, the original equipment-style brake shoe springs are provided, ensuring a complete and integrated solution.

The use of high-quality, high-pressure die-cast aluminum platforms provides a durable and reliable base for the brake shoes. The bonded brake linings, which are carefully secured to the platforms, offer exceptional friction and wear properties, contributing to the overall braking effectiveness.

The radius-grinding and edge-trimming processes undertaken during the manufacturing process are crucial for achieving a perfect fit and finish. These precision steps ensure that the brake shoes seamlessly integrate with the vehicle's braking system, reducing the risk of uneven wear or premature failure.

The lead-in and lead-out chamfers at the lining ends are an important design element. These chamfers help to guide the brake shoes into contact with the brake drum or disc, promoting a smooth and consistent engagement. This, in turn, enhances the braking performance, offering a more responsive and controlled feel for the driver.

The inclusion of the original equipment-style brake shoe springs completes the package, ensuring a comprehensive and integrated solution. These springs play a vital role in maintaining the proper tension and positioning of the brake shoes, further contributing to the overall reliability and longevity of the braking system.

By carefully considering the materials, manufacturing processes, and design features, these brake shoes are engineered to provide a superior braking experience. The high-pressure die-cast aluminum platforms, bonded brake linings, radius-ground and edge-trimmed surfaces, and the lead-in and lead-out chamfers all work together to deliver consistent, reliable, and responsive braking performance.

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