Anti Squeal Brake Pad ECE R90 High Quality Ceramic

The core value of this product lies in its advanced material technology—the “ceramic formula”—which nearly eliminates the two major pain points of traditional brake pads: noise and dust, while meeting the highest safety standards of ECE R90.

1. Core Technology: Advantages of the “Ceramic Formula”

Ultra-Quiet Operation (Anti-Squeal): Ceramic materials inherently possess noise-suppressing properties, effectively reducing high-frequency vibrations. Combined with precision chamfered edges and high-quality integrated damping pads, this eliminates brake squeals and rattles at their source, delivering a serene driving experience.

Extreme Cleanliness (Low Dust): Ceramic formulations produce minimal dust during wear, and the resulting dust is light gray and less likely to adhere to wheels. This maintains wheel cleanliness over time, eliminating the hassle of frequent cleaning.

Brake Disc Friendly: The ceramic material's moderate hardness significantly reduces wear on brake discs compared to metal formulations, extending disc lifespan.

Stable Braking Performance: Delivers linear, smooth braking force with a comfortable pedal feel.

2. Core Safety Certification: ECE R90

Safety Equivalence Guarantee: This certification ensures that these ceramic brake pads, designed for comfort and cleanliness, are fully equivalent to OEM parts in all critical safety metrics—braking performance, heat resistance, shear strength, and more. You need not compromise between “quiet and clean” and “safety.”

Potential Considerations (Objective Facts)

Operating Temperature Range: Performance advantages are most pronounced in the low-to-mid temperature range typical of daily driving. Under extreme heat generated by track-level aggressive driving, peak braking performance may fall short of dedicated high-performance metallic compound pads.

Cost: Higher raw material and manufacturing costs for ceramic formulations typically result in a higher price point compared to semi-metallic or low-metallic compounds.

Initial Braking Effect: In extremely cold conditions, initial braking force may be slightly inferior to some metallic compounds, but this has minimal impact after normal warm-up.

Ideal Application Scenarios for These Brake Pads

They are particularly suited for owners who meet all the following conditions:

Prioritize driving comfort and cabin quietness above all else, with zero tolerance for brake noise.

Are appearance-focused, desiring consistently shiny wheels without frequent cleaning.

Primarily use the vehicle for city commuting or family trips, with no need for extreme track performance.

Seek a smooth, linear braking feel.

• 100% critical dimensions, runout and DTV inspection 

• Material physical and chemical inspection

• Test shear strength, compressibility, density, flatness and parallelism 

• Test performance and noise/NVH