Manufacturer of carbon ceramic brake rotors

Carbon Ceramic Brake Discs and Pads Supplier

CMCMAT, a leading manufacturer of carbon ceramic brakes, specializes in high-quality carbon ceramic brake rotors and pads. With a decade of expertise, we offer customized solutions for different vehicle models. We have successful experience in racing teams, passenger cars and military cars.

OUR Carbon Ceramic Brakes

Wide Range Applications for Different Car models

We supply carbon ceramic brakes for many different car models, no matter replace stock carbon ceramic rotors or upgrade origianl steel rotors to carbon ceramic discs. And customization dimension rotors are also avialable.

Carbon ceramic brake discs for different vehicles

BMW Ceramic Brake Rotors

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Mecedes Ceramic Brake Rotors

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Porsche Ceramic Brake Rotors

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Nissian GTR Ceramic Brake Rotors

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Audi Ceramic Brake Rotors

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Other applications

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BMW Carbon Ceramic Brake Rotors
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The Difference Between Carbon Ceramic Brakes and Steel Brakes

Carbon ceramic (C/C-SiC) brakes and steel brakes are two different types of braking systems used in the automotive industry, each with its own distinct properties and best use cases.

Carbon Ceramic Brakes

Material Composition:
- Made from a mixture of carbon fiber and ceramic, which are baked at very high temperatures. The result is a material that is extremely hard and durable.
Performance:
- Heat Resistance: Exceptionally high resistance to heat, which prevents brake fade even under intense braking conditions typical in racing or high-performance driving.
- Weight: Significantly lighter than steel brakes, which reduces unsprung mass and generally improves vehicle handling and performance.
Durability:
- Tend to last longer than steel brakes under proper use, especially in high-performance scenarios where they resist high temperatures and wear down more slowly.
Cost:
- Much more expensive than steel brakes, both in terms of initial cost and potential repair or replacement costs.
Maintenance:
- Require less frequent replacement but can be more expensive and complex to replace when needed.
- Less wear on brake discs, but pads can still wear and need replacement.
Application:
- Commonly used in high-performance sports cars and vehicles where performance, weight reduction, and durability under extreme conditions are critical.

Steel Brakes

Material Composition:
- Typically made from iron alloys. Traditional steel brakes can also include various composites and metallic coatings to enhance performance.
Performance:
- Heat Resistance: Less resistant to high temperatures compared to carbon ceramics, which can lead to brake fade under heavy or sustained braking conditions.
- Weight: Heavier than carbon ceramic brakes, adding to the unsprung mass of the vehicle.
Durability:
- Generally wear faster than carbon ceramic brakes, particularly in demanding conditions.
Cost:
- Significantly cheaper to manufacture, purchase, and maintain, making them the standard choice for the majority of consumer vehicles.
Maintenance:
- Require more frequent replacement of discs and pads due to faster wear, especially under high-stress driving conditions.
- Generally easier and cheaper to replace than carbon ceramic parts.
Application:
- Used in the vast majority of vehicles, including daily drivers, commercial vehicles, and in many performance cars where cost is a factor.

Summary

Best Use: Carbon ceramic brakes are best for performance-oriented vehicles where the driver may experience extreme conditions, such as in racing or high-performance road use. Their ability to handle high temperatures and lighter weight makes them ideal for these applications.
Cost-Effectiveness: Steel brakes are more cost-effective for general use in everyday vehicles. They provide adequate performance for regular driving conditions and are much more economical regarding upfront and maintenance costs.

Choosing between carbon ceramic and steel brakes typically comes down to the specific needs and usage of the vehicle, balancing factors like cost, performance requirements, and vehicle type.