Specifications |
Product name | Audi Q5 Brake Pad |
Model | Audi Q5 |
Type | Brake Pad |
Material | Ceramic |
F/R | F |
Factory No. | ZK-02017 |
FMSI | D1663 |
OEM | 8R0 698 151D |
Braking System | N |
Size |
Width | 131.8 mm |
Height | 77.5 mm |
Thickness | 15.8 mm |
Model_MARKE | Audi Q5 |
The Audi Q5 High-Performance Brake Pads, model D1663, part number
8R0 698 151D, offer robust safety for every drive. Crafted with
premium ceramic composite materials, these brake pads boast
excellent heat resistance and a stable friction coefficient,
ensuring precise braking under all driving conditions. Whether on
the highway or in complex urban traffic, our brake pads provide
enduring and dependable braking performance.
Our ceramic brake pads, crafted from a specially formulated ceramic
blend, showcase exceptional performance owing to their unique
material composition.
The manufacturing process adheres to the rigorous standards of
international certification IATF-16949, ensuring the utmost
reliability in product quality.
Withstanding temperatures of up to 640°C, our ceramic brake pads
offer a reliable safeguard for braking needs under diverse driving
conditions.
Employing original high-precision molds and specialized heat
treatment techniques, we guarantee the precision and stability of
our products.
Addressing brake squeal concerns, our pads boast a friction
coefficient of PS 0.35, coupled with heat resistance up to 640°C,
maintaining outstanding braking performance even in
high-temperature environments. This prolongs lifespan and
effectively resolves brake squeal issues.
Prioritizing safety and comfort, our stable friction coefficient
preserves brake disc integrity, while the comfortable pedal feel
and low-noise design enhance driving pleasure and reduce
environmental pollution.
Featuring unique chamfered edges, our pads not only reduce braking
noise but also enhance compatibility with counterpart components,
further elevating braking performance.
Exceptional heat dissipation performance is achieved through
high-temperature and high-pressure burnishing, reducing bedding-in
periods and minimizing noise occurrences, thereby enhancing pad
cooling efficiency and ensuring braking stability and safety.
Designed for lightweight, our ceramic brake pads, compared to
traditional metal ones, effectively reduce vehicle load, improving
fuel economy and power performance.
Minimizing brake dust, our ceramic brake pads produce less dust
compared to their metal counterparts, making them environmentally
friendly and less intrusive to the cleanliness of the vehicle
surroundings and wheels.
Quality assurance is paramount to us. Through stringent quality
controls and continuous research and development efforts, we ensure
the stability and reliability of each ceramic brake pad, earning
the trust and acclaim of our users.