Liquidation Sale Ebc Brakes Pad And Disc Kit (pd01kf297) Holiday Cheer Edition [EyPd8G3L]

EBC Brakes Pad and Disc Kit (PD01KF297)

The EBC Brakes Pad and Disc Kit (PD01KF297) is a comprehensive solution for enhancing your vehicle's braking performance. This kit combines the EBC Greenstuff Pads with premium replacement discs, offering a perfect blend of quality and efficiency. Engineered to meet the highest standards, this kit is designed for modern European and Asian car models, ensuring compliance with strict European legislation.

Product Specifications and Features

The EBC Greenstuff Pads are ECE R90 Certified, guaranteeing full compliance with European highway safety regulations. These pads are engineered with a medium to low dust formulation, delivering a nominal 10-15% improvement in braking efficiency. They are designed for superior heat resistance, making them ideal for high-speed conditions. The pads also feature a quick brake-in coating, accelerating the bedding process for immediate safe braking performance. With Nucap NRS hook technology, the pads ensure a 100% secure pad bond. Additionally, the pads are environmentally friendly, containing no lead, copper, or toxic sulfides, and are designed as a direct replacement for your stock or original pads.

Benefits and Target Audience

The EBC Brakes Pad and Disc Kit (PD01KF297) is the ideal choice for drivers seeking to enhance their vehicle's braking capabilities. Whether you're a daily commuter or an enthusiast, this kit offers numerous benefits. The precision-machined discs, made in Europe, are balanced and inspected to guarantee zero rotor distortion. The quality and price point of the EBC Brakes discs, combined with the 10,000 mile/6 months warranty, make this kit a best-buy brake part equal to or better than original parts. Always fit new pads when replacing discs, and experience reduced stopping distances and enhanced brake response with the EBC Brakes Pad and Disc Kit (PD01KF297). This kit is perfect for modern European and Asian car models, ensuring optimal performance and safety.