Products Description
Brake Pads Compatible with MERCEDES adopt premium semi‑metallic and ceramic composite formulas combined with advanced noise‑reduction and vibration‑damping technologies. They deliver responsive braking performance and a stable friction coefficient, ensuring reliable stopping power under various road conditions.
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Working Principles
Friction Braking Mechanism
Brake pads press tightly against brake discs to generate friction. This converts the vehicle's kinetic energy into heat to achieve deceleration and a full stop.
Heat Conduction & Dissipation
Heat generated during braking is quickly conducted and dissipated by the pad materials, preventing braking performance decline due to thermal fade.
Stable Friction Coefficient
The premium formula maintains a consistent friction coefficient across varying temperatures and speeds, delivering steady braking performance at all times.
Adaptive Fit Performance
The friction materials possess adaptive characteristics, automatically adjusting the contact surface according to brake disc conditions to ensure smooth braking.
Application Range
Sedan Passenger Vehicles
Compatible with all sedan passenger vehicles. Dedicated variants are available for both front and rear brakes to ensure perfect fitment.
SUV & Off‑Road Vehicles
Suitable for all SUV and off‑road vehicle types, meeting strict braking performance requirements for tall and heavy‑weight vehicles.
Light Commercial Passenger Vehicles
Ideal for MPVs and light commercial vehicles. They deliver consistent, stable braking for daily commutes and long‑distance driving.
New‑Energy Vehicles
Compatible with electric and hybrid vehicle models, working in perfect coordination with braking systems and energy‑recovery systems.
Product Structure
Friction Layer:As the core functional layer, this component is made of semi-metallic or ceramic composite materials and is responsible for generating stopping force.
Steel Backing Plate:The high-strength steel backing acts as a rigid base, maintaining structural integrity and resisting deformation under high-pressure braking.
Noise & Vibration Damping Layer:Specially designed damping shims are installed between layers to absorb vibration and noise during braking and enhance driving comfort.
Anti-Rust Coating:The steel backing plate is coated with anti-rust paint to prevent oxidation and corrosion, extending both the shelf life and in-service life of the product.
Usage Instructions
Pre-Installation Inspection
Before installation, inspect the brake disc surface for flatness. Remove rust and oil contaminants to ensure full contact between pads and discs.
Correct Installation Orientation
Follow the directional markings to distinguish inner, outer, front and rear pads. Incorrect installation will cause abnormal braking, accelerated wear and potential safety risks.
Running-in Period Guidelines
New brake pads require a certain driving mileage for running-in. Avoid hard braking during this period to allow full bedding-in of friction surfaces.
Product Advantages
Thanks to the high-quality friction material formula, the brake pads respond instantly. They enable rapid deceleration during emergency braking to ensure driving safety.
Embedded noise and vibration damping materials greatly reduce braking noise. You will no longer hear harsh brake squeals and enjoy a quiet, comfortable driving experience.
The friction materials feature outstanding heat and wear resistance. Their long service life cuts down on frequent replacements and lowers overall vehicle operating costs.
Factory Environment
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