Centric premium rotors utilize an Electro coating finish that provides long lasting corrosion protection. E-coating is a superior electro-statically applied finish designed to withstand 400 hours of salt water exposure without rusting. Phosphate finishes utilized by other manufacturers provide only minimal protection from the elements; these finishes are generally only effective for the shipping and storage portion of a rotor’s life. The addition of heat and moisture eliminates the effectiveness of phosphate finishes resulting in immediate corrosion once installed in the vehicle.
- VEHICLE FIT: Lexus NX200t 2017-2015, NX300 2021-2018, NX300h 2020-2015, RX350 2015-2010, RX450h 2015-2010, Toyota Highlander 2019-2008, Sienna 2020-2011
- PRODUCT RESISTANCE: The Centric Brake Rotors are painted hat and outer edge for corrosion resistance
- ADVANCED TECHNOLOGY: The Centric Premium Brake Rotors have a metallurgy for optimal heat transfer and structural strength. Low initial lateral run-out and disc thickness variation for smooth, vibration free stopping
- OPTIMAL PERFORMANCE: This Brake Rotors have an optimal surface finish for consistent stopping feel from the first stop. Precision balance for vibration free performance
- HIGHER CAPACITY: OE vane design and plate thickness for heat capacity and strength for the Centric Brake Rotors
- VEHICLE FIT: Lexus NX200t 2017-2015, NX300 2021-2018, NX300h 2020-2015, RX350 2015-2010, RX450h 2015-2010, Toyota Highlander 2019-2008, Sienna 2020-2011
- PRODUCT RESISTANCE: The Centric Brake Rotors are painted hat and outer edge for corrosion resistance
- ADVANCED TECHNOLOGY: The Centric Premium Brake Rotors have a metallurgy for optimal heat transfer and structural strength. Low initial lateral run-out and disc thickness variation for smooth, vibration free stopping
- OPTIMAL PERFORMANCE: This Brake Rotors have an optimal surface finish for consistent stopping feel from the first stop. Precision balance for vibration free performance
- HIGHER CAPACITY: OE vane design and plate thickness for heat capacity and strength for the Centric Brake Rotors
