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Automotive Parts

Total Networking Partner in the Advanced Composite Materials Field
As a specialized company in ultra-high temperature carbon composite materials,
we provide optimal solutions to our customers

Product

Automotive Parts

Total Networking Partner in the Advanced Composite Materials Field

As a specialized company in ultra-high temperature carbon composite materials, we provide optimal solutions to our customers

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High-Performance Carbon-Ceramic Brake Discs

F-16 Carbon Brake Technology, Now in Your Car!

 Experience Optimal Superior Braking   Power with Carbon Ceramic Brake Discs! 

Low Weight!  50% Lighter Than Cast Iron Discs, Enhancing Grip,
Ride Comfort, Agility, and Fuel Efficiency!
Performance!  Excellent braking power!
OEM Quality!  OEM Grade Quality!
Clear!  No Brake Dust on Wheels!
High-End!  Cutting-Edge High Performance!
Long Life!  No Peeling with Innovative One-Piece Friction Layer!
Extended Lifespan!
  High-Performance Carbon-Ceramic Brake Discs
F-16 Carbon Brake Technology, Now in Your Car!
 Experience Optimal Superior Braking Power with Carbon Ceramic Brake Discs! 
Low Weight!  50% Lighter Than Cast Iron Discs, Enhancing Grip,
Ride Comfort, Agility, and Fuel Efficiency!
Performance!  Excellent braking power!
OEM Quality!  OEM Grade Quality!
Clear!  No Brake Dust on Wheels!
High-End!  Cutting-Edge High Performance!
Long Life!  No Peeling with Innovative One-Piece Friction Layer!
Extended Lifespan!

Superior Performance, Minimal Weight

High-Performance Carbon-Ceramic Brake Discs for High-Performance Vehicles
DACC Carbon, a subsidiary of CNF, leveraged its expertise in manufacturing carbon brake discs for aircraft to begin developing high-performance carbon-ceramic brake discs for automobiles in 2005. By 2007, DACC Carbon had successfully completed development, becoming the second company in the world to enter the market. Since then, DACC Carbon has continuously improved performance and manufacturing technologies through ongoing research, development, and collaborative projects.

Carbon-ceramic brake discs offer superior durability, wear resistance, heat resistance, and lightweight properties compared to traditional cast iron brake discs. They boast more than four times the lifespan and provide stable braking performance without brake fade even at high temperatures exceeding 500℃.
These high-quality, high-performance carbon-ceramic brake discs are widely used in racing cars, supercars, and other vehicles where braking performance and weight reduction are crucial. Custom orders can accommodate disc sizes with an outer diameter of up to 440mm and a thickness of up to 40T.

CNF (CNF Co., Ltd.) markets and sells high-performance carbon-ceramic brake discs from DACC Carbon through its extensive network.
Carbon-Ceramic Brake Discs Durability Test

From 234 km/h to 90 km/h (Vehicle curb weight: 2.3 tons) Braking Test

(20 stops/cycle*80 cycles= 1,600 stops)

Despite temperatures rising to 500-700 degrees Celsius, there were no durability issues.

Before

After (80cycles)

Test results: No damage, no delamination!
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Superior Performance, Minimal Weight

High-Performance Carbon-Ceramic Brake Discs for High-Performance Vehicles
DACC Carbon, a subsidiary of CNF, leveraged its expertise in manufacturing carbon brake discs for aircraft to begin developing high-performance carbon-ceramic brake discs for automobiles in 2005. By 2007, DACC Carbon had successfully completed development, becoming the second company in the world to enter the market. Since then, DACC Carbon has continuously improved performance and manufacturing technologies through ongoing research, development, and collaborative projects.

Carbon-ceramic brake discs offer superior durability, wear resistance, heat resistance, and lightweight properties compared to traditional cast iron brake discs. They boast more than four times the lifespan and provide stable braking performance without brake fade even at high temperatures exceeding 500℃.
These high-quality, high-performance carbon-ceramic brake discs are widely used in racing cars, supercars, and other vehicles where braking performance and weight reduction are crucial. Custom orders can accommodate disc sizes with an outer diameter of up to 440mm and a thickness of up to 40T.

CNF (CNF Co., Ltd.) markets and sells high-performance carbon-ceramic brake discs from DACC Carbon through its extensive network.
Carbon-Ceramic Brake Discs Durability Test

From 234 km/h to 90 km/h (Vehicle curb weight: 2.3 tons) Braking Test

(20 stops/cycle*80 cycles= 1,600 stops)

Despite temperatures rising to 500-700 degrees Celsius, there were no durability issues.

Before
After(80cycles)
Test results: No damage, no delamination!


CNF Co., Ltd. |  CEO : Kim Mi-jung  |  Business Registration Number : 402-81-66982

Phone : +82-70-5129-3916, +82-70-4327-0263

Fax : +82-70-4369-1229  |  Email : cnfcoltd@gmail.com

Headquarters : (06059) 4th Floor, 17 Seolleung-ro 133-gil, Gangnam-gu, Seoul, South Korea

Jeonju Office : (54966) 269 Hongsan-ro, Wansan-gu, Jeonju, Jeollabuk-do, South Korea (Hyojadong 2-ga)

© 2024 CNF Co., LTD. All Rights Reserved. Hosting by DETASTE.

       CNF Co., Ltd. |  CEO : Kim Mi-jung  |  Business Registration Number : 402-81-66982

       Phone : +82-70-5129-3916, +82-70-4327-0263  |  Fax :+82-70-4369-1229  |  Email : cnfcoltd@gmail.com

       Headquarters : (06059) 4th Floor, 17 Seolleung-ro 133-gil, Gangnam-gu, Seoul, South Korea

                                                          Jeonju Office : (54966) 269 Hongsan-ro, Wansan-gu, Jeonju, Jeollabuk-do, South Korea (Hyojadong 2-ga)

© 2024 CNF Co., LTD. All Rights Reserved. Hosting by DETASTE.