Durable Ebc Brakes Pad And Disc Kit (pd01kf1157) Perfect Gift [xaVYz1mr]

EBC Brakes Pad and Disc Kit (PD01KF1157)

The EBC Brakes Pad and Disc Kit (PD01KF1157) is a comprehensive solution designed to enhance the braking performance of your vehicle. This kit combines the EBC Greenstuff Pads with premium replacement discs, offering a seamless and effective upgrade for both safety and 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. Key features include:

• ECE R90 Certified: Meets European highway use standards for safety and reliability.
• Enhanced Braking Performance: Delivers a significant improvement in stopping power.
• Superior Heat Resistance: Designed to withstand high-speed conditions and resist heat fade.
• Optimized for Modern Vehicles: Perfectly suited for contemporary European and Asian car models.
• Quick Brake-In: Red brake-in coating accelerates the bedding process for immediate safe braking.
• Secure Installation: Constructed with Nucap NRS hook technology for a 100% secure pad bond.

The kit also includes premium replacement discs that are precision machined in Europe, balanced, and inspected to guarantee zero rotor distortion. These discs are a direct replacement for your stock parts, offering improved performance and a 10,000 mile/6 months warranty.

Environmental and Practical Considerations

The EBC Greenstuff Pads are an environmentally friendly choice, containing no lead, copper, or toxic sulfides, and are designed as a direct replacement for your stock or original pads. This ensures reduced stopping distances and enhanced brake response. The kit is ideal for modern vehicles requiring strict adherence to European legislation, making it a practical and legal choice for drivers seeking improved braking performance. Always fit new pads when replacing discs to ensure optimal performance and safety.