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Filaments composed of copper-based materials, ceramic powder, and metal particles; with exceptional resistance to high temperatures of up to 700 degrees, and low thermal attenuation.
Powerful braking performance is maintained in both wet and dry conditions, and the shorter run-in period ensures efficient and consistent braking from the outset.
Boasting an excellent lasting performance, these brake pads offer an approximate lifetime of more than 8,000 kilometers, providing long-lasting and reliable use.
Efficient heat dissipation effectively protects the brake disc, ensuring optimal performance and extended component lifespan.
These brake pads are compatible with a wide range of brake systems, including AVID CODE, Code R (2011-2014), SRAM Guide RE, Code Sattel, and Code RSC (2018).
The combination of high-quality materials, advanced design, and exceptional performance make these brake pads a top choice for cyclists and enthusiasts seeking reliable, long-lasting, and high-performing braking solutions.
The copper-based filaments provide a durable and consistent braking feel, while the ceramic powder and metal particles further enhance the pad's friction and wear characteristics.
The impressive high-temperature resistance of up to 700 degrees means these brake pads can handle the most demanding riding conditions, whether it's steep descents, prolonged braking, or challenging weather.
The shorter run-in period ensures that the brake pads achieve their full potential quickly, delivering reliable and immediate braking power from the first use.
With an approximate lifetime of more than 8,000 kilometers, these brake pads offer exceptional value and long-lasting performance, making them a smart investment for riders who demand the best from their braking system.
Effective heat dissipation is a key feature, as it helps to protect the brake disc from excessive wear and damage, prolonging the lifespan of the entire braking system.
The wide compatibility with popular brake systems, such as AVID CODE, SRAM Guide RE, and Code Sattel, means these brake pads can be easily integrated into a variety of bicycle setups, providing a hassle-free upgrade.
Overall, these copper-based, ceramic powder, and metal particle filament brake pads represent a top-tier solution for cyclists seeking powerful, reliable, and long-lasting braking performance, ensuring a safe and enjoyable riding experience in all conditions.
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