Ceramic Brake Pads

* Illustrative image for reference only. Actual product appearance and specifications may vary by manufacturer.

ecommerce retail brand oem

Ceramic Brake Pads

Bulk source ceramic and low-metallic brake pads with ECE R90 certification, positive molding, and chamfered/slotted designs for passenger and fleet vehicles.

Friction Material:
Ceramic / low-metallic / heavy-duty formulations
Certification:
ECE R90 (EU aftermarket), where applicable
Molding Process:
Positive molding for uniform density

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Product Overview

Ceramic brake pads dominate the passenger-car aftermarket for their low dust, quiet operation, and rotor-friendly wear profiles, while commercial fleets demand heavy-duty low-metallic formulations that survive sustained thermal loads. The manufacturing differentiators are process-driven: positive-mold pressing produces uniform density that prevents taper wear, automated mixing eliminates batch-to-batch friction variation, and proper thermal cycling validation catches delamination before containers ship. Established factories in the Ningbo-Ruian corridor supply ECE R90-certified pads to EU distributors, with per-batch shear-strength and compressibility test reports available as standard documentation.

OEM & Customization Capabilities

  • Formulation Tiers – Develop a good/better/best ladder: ceramic for retail quietness, low-metallic for performance channels, and heavy-duty formulas for commercial and towing applications.
  • Design Details – Chamfered and slotted geometries, shim attachments with rubber coatings, and OE-style wear indicator integration per platform.
  • Fleet & Retail Packaging – Shrink-wrapped sets with grease sachets and hardware kits, or bulk fleet packaging with VIN-batch labeling and QR traceability.

Technical Specifications

Friction MaterialCeramic / low-metallic / heavy-duty formulations
CertificationECE R90 (EU aftermarket), where applicable
Molding ProcessPositive molding for uniform density
Backing PlateStamped steel, corrosion-protected, NRS hooks
Wear IndicatorsMechanical squeal clips or electronic sensor slots
Temperature RangeValidated 100–650°C friction stability
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