Description:
Get the Dynamic Friction 4000-2404-00 Disc Brake Pad Set for your vehicle. Buy now and secure your purchase online!
The DFC HybriDynamic brake pad formulation is designed to deliver a consistent pedal feel and superb brake response at a great value, taking the guesswork out of choosing the right brake pad material. Not only does the DFC 4000 HybriDynamic Brake Pad provide superior performance for enhanced safety, but it also boasts low dust and low noise characteristics, making it the ideal choice for daily driving.
Features and Benefits:
- 100% Asbestos Free and Copper Free Formulation
- Designed to deliver a consistent pedal feel and superb brake response
- Extended Durability: Our brake pads are built to last delivering an extended lifespan that provides optimal performance and peace of mind.
- Low dust and low noise characteristics
- Premium Materials: We source our materials from top-quality suppliers, ensuring that our brake pads are made from the highest-quality components available.
- Quiet Operation: Our Brake pads are engineered to reduce noise and vibration, delivering a smooth, silent ride every time.
- Rotor-friendly with proven longer rotor and pad life
- Stable friction performance across a wide temperature range
- Superior Stopping Power: Our brake pad is designed to provide excellent stopping power, ensuring that your vehicle comes to a safe and reliable stop every time.
Specifications:
Friction Material Attachment:
Integrally Molded
Friction Material Composition:
Hybrid
Inner Pad Height:
2.535 in.
Inner Pad Height:
64.4 mm
Inner Pad Overall Thickness:
0.744 in.
Inner Pad Overall Thickness:
18.9 mm
Inner Pad Width:
7.953 in.
Mounting Hardware Included:
No
Outer Pad Height:
2.496 in.
Outer Pad Height:
63.4 mm
Outer Pad Overall Thickness:
0.748 in.
Outer Pad Overall Thickness:
19 mm
Outer Pad Width:
7.953 in.
Pad Wear Sensor Included:
Yes
Pad Wear Sensor Type:
Mechanical
Prepared For Pad Wear Sensor:
Yes
This product contains Antimony Oxide and other chemicals which is known in the State of California to cause cancer ( or reproductive problems).
