Crowd Pleaser Ebc Brakes Pad And Disc Kit (pd01kr432) Ready To Use [2Mf4ybHe]

EBC Brakes Pad and Disc Kit (PD01KR432)

Introducing the EBC Brakes Pad and Disc Kit (PD01KR432), a comprehensive solution for enhancing your vehicle's braking system. This kit combines the renowned EBC Greenstuff Pads with premium replacement discs, offering a seamless and effective upgrade for your vehicle's braking performance.

Key Features and Benefits

The EBC Greenstuff Pads are engineered with a medium to low dust formulation, delivering a nominal 10-15% improvement in braking efficiency. These pads are ECE R90 Certified, ensuring full compliance with European brake safety regulations. With superior heat resistance, they are designed to withstand high-speed conditions and offer enhanced resistance to heat fade. The pads are optimized for modern vehicles, perfectly suited for contemporary European and Asian car models requiring strict adherence to European legislation. Key features include:

• ECE R90 Certified: Ensures compliance with European brake safety regulations.
• Enhanced Braking Performance: Delivers a nominal 10-15% improvement in braking efficiency.

Practical Uses and Target Audience

The EBC Brakes Pad and Disc Kit (PD01KR432) is an ideal solution for drivers who demand top-notch braking performance and safety. With the quick brake-in feature and secure installation through Nucap NRS hook technology, this kit ensures safe and reliable braking performance immediately after installation. The environmentally friendly pads contain no lead, copper, or toxic sulfides, ensuring full compliance with all environmental regulations. This kit is perfect for daily drivers, enthusiasts, and professionals looking to upgrade their vehicle's braking system. Additionally, the premium replacement discs, precision machined in Europe, guarantee zero rotor distortion and come with a 10,000 mile/6 months warranty, making this kit a best-buy brake part equal to or better than original parts. Always fit new pads when replacing discs to maximize performance and safety.