One of the standout features of our ceramic brake pads is their ability to operate under extreme conditions. With a heat resistance of up to 650°C, they perform reliably even during intense braking scenarios. This makes them an ideal choice for drivers who prioritize safety without compromising on comfort. Additionally, these brake pads are manufactured using advanced thermal pressing at 220°C and 400-ton pressure, ensuring consistent quality and long-lasting performance.
Key Features and Benefits
Our brake pads are composed of multiple layers, each playing a vital role in delivering optimal performance. The friction layer, made from high-grade ceramic material, ensures efficient braking by creating the necessary friction against the brake disc. This layer is not only durable but also minimizes wear and tear on the brake disc itself, making it a cost-effective solution for long-term use.
The insulating layer prevents heat transfer, protecting other components of the braking system from overheating. Meanwhile, the adhesive layer securely bonds the friction material to the backing plate, ensuring stability even under heavy loads. Speaking of the backing plate, it undergoes a specialized anti-rust coating process that guarantees longevity and resistance to corrosion. Lastly, the noise-reducing layer dampens vibrations caused by friction, providing a quieter ride free from annoying squeaks or rattles.
For those searching for BMW-compatible brake pads, our products are tailored to fit seamlessly into original equipment positions. Whether you’re looking for replacements for the BMW 3 Series, 5 Series, X1, X3, X5, or Mini Z4, these brake pads are designed to meet OEM standards. They come packaged as a set of two wheels with four pieces, making them convenient for installation and replacement.
Performance Data
Material: Premium ceramic compound
Heat Resistance: Up to 650°C
Processing Method: Thermal pressing at 220°C, 400-ton pressure
Compatibility: BMW 3 Series, 5 Series, X1, X3, X5, Mini Z4, and more
Why Bulk Buyers Prefer Our Brake P
