The Power Stop PM18 Posi-Mold semi-metallic brake pads are designed for quick brake response and superior stopping power. Using OE positive mold technology along with a thermal scorched pad surface, PM18 pads maintain consistent wear and performance while ensuring a fast break-in. If you prefer semi-metallic pads, PM18 pads offer the best solution for safe and effective brake power.
| California Proposition 65 | WARNING: This product can expose you to chemicals including Arsenic, Chromium (Hexavalent compounds), Nickel and Antimony Trioxide, which are known to the State of California to cause cancer, and Arsenic and Chromium (Hexavalent compounds) which are known to the State of California to cause birth defects or other reproductive harm. For more information go to www.p65warnings.ca.gov. |
| Chamfered Edges | Yes |
| Friction Material Composition | Semi-metallic |
| Grade Type | Performance |
| Inner Pad Friction Material Thickness | 16.0 |
| Outer Pad Friction Material Thickness | 16.0 |
| Pad Shims Included | Yes |
| Pad Wear Sensor Included | NO |
| Slotted | Yes |
PowerStop
The Power Stop PM18 Posi-Mold semi-metallic brake pads are designed for quick brake response and superior stopping power. Using OE positive mold technology along with a thermal scorched pad surface,...
PowerStop
The Power Stop PM18 Posi-Mold semi-metallic brake pads are designed for quick brake response and superior stopping power. Using OE positive mold technology along with a thermal scorched pad surface,...
PowerStop
The Power Stop PM18 Posi-Mold semi-metallic brake pads are designed for quick brake response and superior stopping power. Using OE positive mold technology along with a thermal scorched pad surface,...
PowerStop
The Power Stop PM18 Posi-Mold semi-metallic brake pads are designed for quick brake response and superior stopping power. Using OE positive mold technology along with a thermal scorched pad surface,...
PowerStop
The Power Stop PM18 Posi-Mold semi-metallic brake pads are designed for quick brake response and superior stopping power. Using OE positive mold technology along with a thermal scorched pad surface,...
