Ceramic Brake Pad Set
Bremex Platform Specific Ceramic Formula Disc Brake Pad Set
[PERFECT VEHICLE FITMENT] - Perfect Disc Brake Pad Set Vehicle Fitment For 2014-2020 Acura MDX, 2016-2023 Honda Pilot Ridgeline
[PRODUCT INTERCHANGES] - Perfect Disc Brake Pad Set Cross Reference Replacement For AGNA Brakes ALD1723C ALD1723M CXD1723 PXD1723, Bosch BC1723 BE1723 BE1723H, Carquest Premium Gold GNAD1723, Carquest Professional Platinum PXD1723H, Carquest Standard Brake Pads NAD1723, Duralast D1723 DE1723 DG1723, Honda 45022TZ5A01, PowerStop 161723 161723N 171723 171723N Z231723 Z361723, Raybestos Brakes EHT1723H MGD1723CH, Wagner Brakes OEX1723
[SLOTTED & CHAMFERED DESIGN] - Optimizes pad-to-rotor contact, reducing noise and enhancing braking control.
[EASY, CORROSION-RESISTANT INSTALLATION] - Includes all stainless steel hardware for hassle-free, long-lasting fitment.
[QUIET, VIBRATION-FREE PERFORMANCE] - Rubberized shims absorb vibrations and reduce brake noise for a smoother, more comfortable ride.
[LOW DUST OPERATION] - Produces minimal brake dust, keeping wheels cleaner and enhancing overall vehicle appearance.
[HIGH-BRAKING EFFICIENCY] - Ceramic formula delivers reliable, consistent stopping power under various driving conditions.
Transform your driving experience with Bremex Ceramic Disc Brake Pads, meticulously crafted for superior performance. Ideal for everyday driving, these pads outshine semi-metallic counterparts, ensuring minimal dust, noise-free operation, and unmatched braking efficiency. Enhance your comfort with rubberized brake pad shims that dampen vibrations, providing a smoother ride. The positive molding fabrication process, combined with chamfered edges and a slotted design, optimizes braking, reducing noise and enhancing overall control. Easy, corrosion-resistant installation is guaranteed with the all-inclusive stainless steel hardware. Prioritize safety and upgrade to Bremex Ceramic Disc Brake Pads, setting a new standard in automotive excellence. Elevate your daily commute with cleaner, quieter, and more efficient braking performance.