Dimensional Fit and Replacement Position

This pad is engineered for front-wheel use in selected Acura models, offering precise compatibility with OE number D855 and related references like 45022-S5A-000. Measuring 132.6 mm in length, 59.4 mm in height, and 17.0 

mm in thickness, it supports accurate installation without modification. The 5mm-thick Q235 steel backing ensures mechanical strength during braking, aiding in smooth front brake pad replacement processes. Fitment 

precision helps reduce misalignment risks, supporting long-term durability and consistent car brake pad replacement performance under various conditions.

Material Properties and Friction Grade Options

The pad’s friction layer is formulated for stable deceleration and wear resistance. With optional FF and GG friction grades, users can expect predictable braking under repeated pressure. The structure maintains stability during 

temperature changes and minimizes wear on the rotor surface. High-strength bonding materials support pad retention under stress, contributing to safe and balanced disc brake pad replacement. The availability of different 

friction grades allows better match to user expectations in both city and highway environments.

Surface Treatment and Quality Controls

Chamfering and slotting are available upon request to enhance pad cooling and reduce operational noise. Each pad is visually inspected and tested for uniformity in thickness, bonding strength, and steel flatness. Surface 

coatings help protect against corrosion, particularly in environments with seasonal moisture. These steps ensure consistent output for each batch and increase confidence in long-term car brake pad replacement reliability. 

By maintaining quality at each production stage, this pad reduces the risk of vibration and fade in daily operation.

Product Advantages

Optimized Front Position Compatibility

Targeted for front-axle brake systems, this pad follows factory specifications to support direct installation without extra calibration. Compatibility with OE codes such as 45022-S5A-000 and SM502182 helps minimize installation 

error. This improves overall front brake pad replacement efficiency and maintains braking system integrity. Proper fitment also reduces the likelihood of noise or irregular wear, both of which can increase the cost of brake pad 

replacement if not addressed early.

Friction Performance Stability

The use of FF and GG friction grades allows tuning for different driving styles and expectations. Stable coefficient behavior during repeated braking minimizes performance drop, especially in stop-and-go traffic. The composition

 balances rotor friendliness with pad lifespan, ensuring sustained contact and predictable braking force. This stability directly impacts disc brake pad replacement intervals, allowing users to extend service life without 

compromising braking performance, reducing the overall cost of brake pad replacement.

Manufacturing Consistency and Testing Coverage

Every pad undergoes quality control procedures, including visual inspection, steel backing flatness checks, and friction layer integrity validation. Optional chamfers or slots can be added per customer request. Coating and 

anti-rust treatments help prolong shelf life and operational safety. These measures support SENCHEER’s goal to deliver the best brake pad experience, especially for users seeking reliable and safe car brake pad replacement 

parts that meet daily driving needs.

About Us

SENCHEER BRAKE, established in 2010, specializes in the production of automotive brake components including disc brake pads, brake linings, and brake shoes. The company integrates research, production, and testing to 

ensure consistent quality across its product range. Serving both domestic and global markets, SENCHEER offers coverage for Japanese, Korean, American, and European vehicle models. With over a decade of development, 

the company emphasizes stable performance, structural safety, and environmental compliance. All brake pads are subjected to detailed inspections covering appearance, thickness, bonding strength, and steel backing flatness.

This rigorous process helps ensure reliable performance in every product, supporting applications such as bmw brake pad replacement and car brake pad replacement where component integrity is critical.