[email protected]
Home > Aftermarket Brake Components > Brake Replacement Components for The Automotive Aftermarket 2008+R35 Nissan Gtr
Brake Replacement Components for The Automotive Aftermarket 2008+R35 Nissan Gtr
Brake Replacement Components for The Automotive Aftermarket 2008+R35 Nissan Gtr
Brake Replacement Components for The Automotive Aftermarket 2008+R35 Nissan Gtr
Brake Replacement Components for The Automotive Aftermarket 2008+R35 Nissan Gtr
Brake Replacement Components for The Automotive Aftermarket 2008+R35 Nissan Gtr
1 / 5
Brake Replacement Components for The Automotive Aftermarket 2008+R35 Nissan Gtr
Brake Replacement Components for The Automotive Aftermarket 2008+R35 Nissan Gtr
Brake Replacement Components for The Automotive Aftermarket 2008+R35 Nissan Gtr
Brake Replacement Components for The Automotive Aftermarket 2008+R35 Nissan Gtr
Brake Replacement Components for The Automotive Aftermarket 2008+R35 Nissan Gtr

Brake Replacement Components for The Automotive Aftermarket 2008+R35 Nissan Gtr

Still deciding? Get samples of $ !
Request Sample
Send Inquiry

Product Description

i

Basic Specifications

Model NO.
Carbon ceramic brake rotor
Position
Front and Rear
Certification
ISO/TS16949
Classification
Disc
Main Market
North America, Africa, Western Europe, Oceania
Application
Sports Cars, Racing Car
Transport Package
Carton, Pallet
Specification
360x26
Origin
China
HS Code
8505909090
Capacity
5000 Piece/Year
!

Product Description

Carbon Ceramic Brake Rotor Overview: A special feature of the carbon ceramic brake discs is represented by the carbon ceramic composite material. This material is obtained through a particular process, which gives the possibility to add or deposit a layer of material to improve the friction coefficient on both the braking surfaces.

Physical Properties
Density/ g/cm32.0±0.05
Tensile Strength/ MPa87
Compressive Strength/ MPa212
Bending Strength/ MPa189
Interlaminar Shear Strength/MPa26
In-plane Shear Strength/MPa49
Room Temperature Specific Heat/ J/kg·k1140-1880(RT-1200ºC)
Thermal Conductivity/ W/mK40~50
Frictional Properties
Dry0.27~0.35
In Fresh Water0.29~0.35
In Sea Water0.24~0.29
@Static0.35~0.55
★

Key Features

Direct Manufacturer Pricing
Strict Quality Inspection
High-end European Market Quality
Advanced Production Line
Bespoke Customization Available
ISO9001:2015 & IATF16949 Certified
Lifetime: 70,000 - 80,000 kms
✔

Quality Control Process

Initial Sample Check
Technical Drawing Confirmation
In-production Technician Audit
Mechanical Properties Verification
Robust Export Packaging
Final Pre-dispatch Inspection
📷

Product Showcase

Carbon Ceramic Brake Rotor View 1
Carbon Ceramic Brake Rotor View 2
?

Frequently Asked Questions

What are the main advantages of Carbon Ceramic Brake Rotors?
Carbon ceramic rotors offer extreme heat resistance, significant weight reduction (unsprung mass), and consistent friction performance even under high-temperature racing conditions compared to traditional steel discs.
How long do these brake rotors typically last?
Under normal driving conditions, these rotors are designed for a long lifespan ranging from 70,000 to 80,000 kilometers, depending on driving habits and vehicle application.
Are these rotors suitable for track use?
Yes, they are specifically engineered for high-performance sports cars and racing cars, providing the high thermal stability required for track environments.
Do they maintain braking performance in wet conditions?
Absolutely. As shown in our frictional properties data, the rotors maintain a stable friction coefficient of 0.24~0.35 in fresh water and sea water environments.
What certifications do your manufacturing processes hold?
Our production facilities are certified under ISO9001:2015 and IATF16949, ensuring international quality management standards are strictly followed.
Can these rotors be customized for specific vehicle models?
Yes, we offer bespoke services to match specific technical drawings and mechanical property requirements for different automotive applications.

Related Products

Great Wall Motors Chassis Components OEM Aftermarket for Haval Tank Wey Poer Wingle Shock Absorber Control Arm Bushing Stabilizer Link Brake Pad Suspension Kit

Great Wall Motors Chassis Components OEM Aftermarket for Haval Tank Wey Poer Wingle Shock Absorber Control Arm Bushing Stabilizer Link Brake Pad Suspension Kit
Great Wall Haval Tank Poer Wingle OEM Aftermarket Auto Accessories Bumper Grille Lamp Shock Absorber Brake Pad Engine Components

Great Wall Haval Tank Poer Wingle OEM Aftermarket Auto Accessories Bumper Grille Lamp Shock Absorber Brake Pad Engine Components
Auto Chassis Components for Great Wall Haval Tank Poer Wingle OEM Aftermarket Suspension Shock Absorber Linkage Brake Pad Engine Mount

Auto Chassis Components for Great Wall Haval Tank Poer Wingle OEM Aftermarket Suspension Shock Absorber Linkage Brake Pad Engine Mount
1, 000, 000+ Cycle Life -40° C Charpy 45j Impact En 15085-2 Brake System Rods Railcar Components

1, 000, 000+ Cycle Life -40° C Charpy 45j Impact En 15085-2 Brake System Rods Railcar Components
Haval Tank Poer Engine Mount Filter Cooling System Aftermarket Components

Haval Tank Poer Engine Mount Filter Cooling System Aftermarket Components
55HRC Surface Hardness Ultrasonic Tested Per En 10160 AAR M-901 Brake Rods Railway Components

55HRC Surface Hardness Ultrasonic Tested Per En 10160 AAR M-901 Brake Rods Railway Components
OEM Railway Brake Levers Railway Components Manufactured to International Standards

OEM Railway Brake Levers Railway Components Manufactured to International Standards
ISO 148-1 Certified Brake Rods Railcar Components Induction Hardened 55HRC Wear Zones 1m+ Fatigue Cycles

ISO 148-1 Certified Brake Rods Railcar Components Induction Hardened 55HRC Wear Zones 1m+ Fatigue Cycles
Durable Y47 Coupler and Yoke Pin for Railcar Components

Durable Y47 Coupler and Yoke Pin for Railcar Components
AAR M-919 Certified Locomotive Brake Shoe Key Components

AAR M-919 Certified Locomotive Brake Shoe Key Components