TRQ Front & Rear Brake Pads Ceramic Compatible with 2013-2017 Honda Accord

Ceramic Brake Pads Kit Includes (1) Front Ceramic Brake Pad Set (1) Rear Ceramic Brake Pad Set Fitment Compatible with: 2014-17 Honda Accord EX Front & Rear Compatible with: 2014-17 Honda Accord EX-L Front & Rear Compatible with: 2014-15 Honda Accord Touring Front & Rear Compatible with: 2014-15 Honda Accord Sport Front & Rear Compatible with: 2014-15 Honda Accord Hybrid Touring Front & Rear Compatible with: 2014-15 Honda Accord Hybrid Front & Rear Compatible with: 2014-15 Honda Accord Hybrid EX-L Front & Rear Compatible with: 2017 Honda Accord Hybrid EX-L Front & Rear Compatible with: 2017 Honda Accord Hybrid Touring Front & Rear Compatible with: 2017 Honda Accord Hybrid Front & Rear Compatible with: 2014 Honda Accord Plug-In Front & Rear Compatible with: 2013 Honda Accord Front & Rear Product Attributes Friction Material Composition: Ceramic Brake Pad Friction Material: Ceramic Brake Pad Bonding Type: Premium Posi Product Features Positive Molded: Less dust resulting in clean wheels Thermal Scorched: Improved stopping performance Application Specific Design: Extended service life, no modifications Environmentally Compliant: Meets all Better Brake Law standards Item Details TRQ brake pads are manufactured using premium raw materials and design standards to restore original performance. TRQ brake pads are positive molded and utilize a multi-layer shim for enhanced performance and service life. TRQ’s combination of materials and design ensures a low dust and low noise braking experience. TRQ recommends replacing your brake rotors when you replace your brake pads to ensure even wear of components and improved braking comfort. All products are fit and road-tested in our Massachusetts R&D facility to ensure we deliver on our promise of Trusted Reliable Quality. Reference Numbers Acura: 43022TA0A00 Honda: 43022TA0A00, 45022T2GA00, 45022T2GA01, 45022T3ZA01, 45022TVAA00 Raybestos Brakes: EHT1336H, EHT1654H, MGD1336CH, MGD1654CH, SGD1336C, SGD1654C