DS-ONE FRONT DISC BRAKE ROTOR DS1-980629 FOR TOYOTA COROLLA SCION XD MATRIX PONTIAC

DS1-980629 FOR TOYOTA COROLLA SCION XD MATRIX PONTIAC

• Bidirectional Slot: DS-One brake rotors with bidirectional slots extend braking performance. These slots eject hot gases produced by the friction from the disc surface, dissipating heat and decreasing the risk of disc deformation from overheating. They allow maximum contact between brake pads and rotor by removing brake dust particles from the brake’s moving surface.
• Black e-coating: It gives a perfect look and anti-corrosion shield to all hidden frictional surfaces. Dipping and baking give bonded and uniform finish. Unlike spray-painted coatings, black e-coating withstands destruction from solvent type brake cleaner.
• Precision Drilled: Brake rotors are precision drilled for unusual heat dissipation. Their application-specific design allows the rotating disc to cool quickly and more evenly with increased air circulation. These brake rotors carry less heat to different braking system parts. Their feature permits water to evacuate through built-in channels to increase wet weather performance. The unique design improves brake pad life under normal driving conditions.
• G3000 Cast Iron: Brake rotors are manufactured with G3000 cast iron to match a 1.25:1 tensile and hardness ratio for improved stability, durability and resistance. They are developed in high-quality manufacturing facilities to meet the automotive industry IATF 16949 Quality Management System.
• Uncoated Braking Surface: It is provided for a faster break-in period, allowing levelled braking performance right out of the box. It prevents accumulated corrosion on the uncovered friction braking surface.
• Bidirectional Design: The unique design of brake rotors make installation easy on both sides of the vehicle, without any need for corrections or special equipment.
• Optimal Vane Configuration: The vane configuration design and quality meets OEM equipment specifications for powerful strength, providing an excellent cooling performance.