Carbon Ceramic Brake Rotors – Ultra-High Performance Braking

AMG front brake rotor KLT360645
AMG E55 front rotor
AMG front brake rotor KLT360645
AMG E55 front rotor

CORINTH Carbon Ceramic Brake Rotors | Ultra-High Performance - KLT360645

· Carbon-Ceramic Composite Material: Manufactured from carbon-fiber reinforced silicon carbide ceramic matrix composite, delivering extreme thermal stability capable of withstanding operating temperatures beyond 1000°C without fade.

· 50% Lighter Than Cast Iron: Carbon ceramic rotors weigh approximately half as much as equivalent cast iron rotors, dramatically reducing unsprung mass and rotational inertia for improved acceleration, handling and fuel efficiency.

· Corrosion-Free & Extended Life: The ceramic composite material is completely immune to rust and corrosion, and offers exceptional wear resistance with service life potentially exceeding 150,000 km under normal driving conditions.

· Ultra-High Performance Braking: Provides consistent, powerful braking performance from cold to extreme operating temperatures, with no brake fade even under repeated heavy braking from high speeds.

· Custom OEM Development: Available as custom OEM or ODM development for high-performance vehicles, supercars and motorsport applications, with engineering support from design through prototype and production.


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  • Product Description

  • Engineered Quality

  • Qualification Certification

  • FAQ

CertificationsIATF 16949, R90
TypesSolid Disc, Ventilated Disc, Drilled Disc, Slotted Disc, Drilled & Slotted Disc
MaterialsCast Iron G3000, High Carbon Alloy
Part Number

OE#2304210712 / YH YH20262DR

BrandCORINTH/Support brand customization
Vehicle CompatibilityBrabus 50S / Mercedes-AMG CLS55 / AMG E55 / AMG SL55 / S500L CGI 
LocationFront
Product AttributesMiddle hole diameter:67 mm
External diameter:360 mm
Pitch diameter: 112 mm
Overall height:64.5 mm
Brake pad thickness:36 mm
Minimum thickness:34 mm
Number of Bolt Holes:5


Product Overview

CORINTH carbon ceramic brake rotors utilize advanced carbon-fiber reinforced silicon carbide (C/SiC) ceramic matrix composite technology to deliver the ultimate in braking performance. Originally developed for motorsport and supercar applications, carbon ceramic rotors offer extreme thermal stability, dramatic weight reduction and exceptional corrosion resistance, representing the pinnacle of brake rotor technology.

Core Technology Advantages

  • Carbon-Ceramic Composite Material: The rotor is manufactured from carbon fiber preforms infiltrated with silicon carbide ceramic matrix through an advanced high-temperature manufacturing process. The resulting composite material combines the strength and thermal conductivity of carbon fiber with the extreme hardness and heat resistance of ceramic.

  • Extreme Thermal Stability: Carbon ceramic rotors can withstand operating temperatures exceeding 1000°C without fade, warping or thermal degradation — far beyond the capabilities of cast iron. This makes them ideal for high-performance vehicles, supercars and motorsport applications where braking temperatures are extreme.

  • Approximately 50% Weight Reduction: Carbon ceramic rotors weigh roughly half as much as equivalent cast iron rotors. This dramatic reduction in unsprung mass and rotational inertia improves vehicle acceleration, handling dynamics, suspension response and even fuel efficiency, while also reducing stress on wheel bearings and suspension components.

  • Corrosion-Free & Exceptional Wear Life: The ceramic composite material is completely immune to rust and corrosion, making it ideal for vehicles that may be stored for extended periods or operated in humid environments. Wear resistance is exceptional, with service life potentially exceeding 150,000 km under normal driving conditions — several times that of cast iron rotors.

Application & Usage

  • Suitable For: Supercars, high-performance sports cars, luxury performance vehicles, motorsport applications and custom OEM vehicle development.

  • Operating Conditions: Extreme performance driving, track days, motorsport and premium road car applications where the highest braking performance is required.

  • Service Life: 100,000–200,000+ km under normal driving conditions. Track use reduces life based on severity.

  • Important Notes: Carbon ceramic rotors require specific carbon-ceramic-compatible brake pads. They are more brittle than cast iron and can be damaged by severe impact. Not suitable for use with standard cast iron brake pads.

Quality Assurance & Certification

Custom OEM and ODM development available for high-performance vehicle manufacturers and specialized applications. Engineering support covers material specification, dimensional design, cooling optimization and performance validation. Each carbon ceramic rotor undergoes rigorous non-destructive testing including ultrasonic inspection and dimensional verification before delivery.


Precision Manufacturing

Advanced CNC machinery and automated production lines deliver micron-level accuracy on every brake component, ensuring consistent fit and performance across the entire product range.

OE-Standard Quality Control

Every batch undergoes rigorous inspection — from raw material testing to final dimensional verification — matching original equipment specifications for reliability you can trust.

High-Efficiency Production Capacity

Streamlined workflows and smart factory scheduling enable large-volume order fulfillment without compromising lead times or product consistency.

Certified Compliance

Manufactured under IATF 16949 certified processes with ECE R90 and AMECA validated products, meeting global regulatory standards for safety and durability.

End-to-End Traceability

Full production data tracking from forging to packaging gives complete quality transparency and rapid issue resolution at every stage.



IATF 16949 Certified Production Manufactured in our IATF 16949 certified facility, every brake disc is produced under strictly controlled quality management systems aligned with global automotive standards.

Comprehensive In-Line Testing Each batch undergoes full-line inspection covering:

· Brinell hardness testing to verify material integrity and wear resistance

· Parallelism and thickness variation measurement for smooth, vibration-free braking

· Dynamic balance testing to eliminate judder at high speeds

· Salt spray corrosion testing on coated models for long-lasting surface protection

Global Regulatory Compliance Most mainstream vehicle applications are ECE R90 approved for the European market, with AMECA certification available on request to meet North American requirements.

Full Lot Traceability Complete production records are maintained for every manufacturing lot — from raw material sourcing through final packaging — enabling rapid identification and resolution at any stage.

Consistent Quality from Sample to Scale Rigorous sample validation protocols carry directly into mass production, ensuring the same performance and reliability are delivered across both prototype and high-volume orders.


Frequently Asked Questions

Q: What certifications do your brake discs have?

A: Our manufacturing facility operates under the IATF 16949 quality management system — the global automotive industry standard for quality and continuous improvement. The majority of our mainstream brake disc models are ECE R90 approved for the European market, and AMECA certification is available on request for North American applications. All test reports and certification documents are available for review upon inquiry.

Q: Do you offer OEM / private label service?

A: Yes, full OEM and private label solutions are available. We support custom logo laser engraving or printing, branded packaging design, custom part numbering, and tailored performance specifications — including friction material pairing, coating options, and dimensional fine-tuning. Our engineering team works directly with you from design review through first-article inspection to ensure your branded product meets your exact requirements.

Q: What is your minimum order quantity?

A: For stock models, the MOQ is just 20 pieces per size, making it easy to test market demand. Custom branded OEM orders start at 300 pieces per model. Mixed-container orders across multiple part numbers are also supported to help you optimize shipping costs and inventory breadth. Small trial orders are welcome for new customers.

Q: How do I find the correct brake disc model?

A: Simply send us any of the following: the OE part number, a competitor's cross-reference number, or full vehicle details (brand, model, year, and chassis/VIN number). Our technical team will match it accurately against our comprehensive catalog database, typically within one working day, and confirm fitment including front/rear axle position and wheel size compatibility.

Q: What is the lead time for bulk orders?

A: Stock items ship within 7–10 working days from order confirmation. Mass production orders with custom branding or specifications typically require 20–30 working days, depending on order volume and complexity. Rush production can be arranged for urgent orders — please contact our sales team to discuss feasibility and any associated expediting fees.

Q: Can I get samples before placing a bulk order?

A: Absolutely. We encourage customers to evaluate quality firsthand. Samples are available for performance testing and dimensional verification; the buyer covers shipping costs, and samples dispatch within 3–5 working days. For confirmed bulk orders, sample fees can be credited back against your first purchase order as a goodwill gesture.

Q: What is your warranty policy?

A: We offer a 12-month / 50,000 km warranty against manufacturing defects under normal driving conditions and professional installation. This covers material defects, cracking, and abnormal wear attributable to production. Warranty claims are processed efficiently with photo documentation and lot number traceability, and replacement or credit is issued promptly upon verification.

Q: What types of brake discs do you offer?

A: Our range covers solid discs for standard passenger vehicles, vented discs for improved heat dissipation, drilled and slotted performance discs for sport and heavy-duty applications, and anti-rust Geomet-coated options for corrosion-prone markets. We also offer high-carbon and composite rotor constructions for premium and performance segments, ensuring a solution for every price point and regional requirement.

Q: What payment terms do you accept?

A: We support T/T (30% deposit, 70% balance before shipment), L/C at sight for larger orders, and Alibaba Trade Assurance for secure transaction protection. Established customers may apply for extended payment terms after a review of order history and credit standing.

Q: How are the brake discs packaged for shipping?

A: Each disc is individually wrapped in anti-rust paper or film, then placed in a neutral or custom-branded carton with protective foam inserts to prevent transit damage. Palletized shipping is standard for bulk orders, and we can accommodate custom packaging requirements such as barcoding, labeled SKUs, and retail-ready display boxes.

Q: Which markets do you currently supply?

A: We export to over 40 countries across Europe, North America, the Middle East, Southeast Asia, Africa, and Oceania. Our catalog covers European, American, Japanese, Korean, and Chinese vehicle makes, with regular updates to include the latest models and emerging market applications.



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+86 15318655181

Jacky.pan@corinthauto.com

+86 18153529719

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