Advanced Manufacturing for Maximum Performance
Every pad is 100% post-cured to maintain consistent friction properties and scorched to remove residual bonding agents. This reduces break-in time and ensures confident braking from the very first stop. Multi-layer rubber-steel-rubber shims improve noise, vibration, and harshness control for a smoother, quieter ride, while also acting as a thermal barrier to reduce heat transfer and lower the risk of brake fluid boil.

Performance & Environmental Standards
Ceramic pads feature OEM-level noise-reduction technology, chamfered and slotted edges (where applicable) to minimize brake noise, and positive mold construction for consistent density and longer pad life. With a low-copper ceramic formula, they meet California and Washington compliance standards (Leaf Mark B) and 2025 environmental requirements.

Semi-Metallic Brake Pads – Power and Reliability for Every Stop

Built tough for passenger cars and light-duty trucks, Dash4 Semi-Metallic Brake Pads deliver strong, reliable stopping power with superior heat resistance, making them ideal for heavier vehicles and demanding driving conditions. They maintain stable friction across a wide temperature range, ensuring control and confidence with every stop.

Key Features & Benefits
Semi-Metallic pads provide exceptional braking performance for both everyday driving and heavy-duty use. Their fade-resistant construction withstands extreme heat, while premium rubber-steel-rubber shims minimize noise, vibration, and harshness for a smoother ride. Post-curing and scorching reduce break-in time and deliver consistent performance from the start.

A positive mold process ensures uniform pad density, reducing uneven wear and extending pad and rotor life. Heat-barrier shim design minimizes heat transfer to the caliper, protecting against fluid boil during heavy braking. With a copper-free formulation, these pads meet California and Washington environmental standards for 2021 and 2025 compliance.

OEM-Grade Technology
Chamfered and slotted edges (where applicable) reduce noise and vibration, while rotor-friendly design helps extend component life. Performance remains stable across all temperature ranges for consistent pedal feel.