This page is not the official website. Generated by AI, does not constitute any advice. If needed, please click here to visit the corresponding official website.

Carbon Composite Material

Advanced Graphite & Carbon Composites for Extreme Environments

World-leading manufacturer of high-performance graphite, graphite felt, carbon-carbon composites, and pyrolytic graphite materials. Engineered for aerospace, energy storage, metallurgy, and high-temperature industrial applications.

Who We Are

CFC CARBON CO., LTD is a globally recognized leader in the development and manufacturing of advanced carbon-based materials. As part of the HTMA GROUP, we specialize in producing high-purity graphite, graphite felt, carbon-carbon (C/C) composites, and pyrolytic graphite materials used in mission-critical applications across aerospace, semiconductor, energy storage, and high-temperature processing industries.

With decades of experience and cutting-edge production technologies including isostatic pressing, CVI/CVD densification, and precision machining, we deliver materials capable of withstanding temperatures up to 3600°C while maintaining structural integrity and thermal efficiency.

Global manufacturer with R&D and production facilities in China
Specialists in 2D, 2.5D, 3D, 4D, and 5D carbon fiber composites
Materials used in aircraft brakes, thermal insulation, and high-temperature furnaces
Carbon Composite Detail Graphite Felt H-Shaped Composite Ablation Material

Our Product Portfolio

Precision-engineered carbon and graphite solutions for extreme environments. All products are manufactured to exacting standards with customizable dimensions and densities.

2D Carbon Composite

2D Carbon Composite

High-strength C/C plates and sheets with density range 1.4–1.6 g/cm³. Ideal for thermal field components and structural applications requiring directional strength.

  • • Available in U/L profiles, plates, sheets
  • • Custom machining available
  • • Stable at temperatures up to 3000°C
2.5D C/C Composite

2.5D Carbon Carbon Composite

Enhanced interlaminar strength for aircraft brakes, discs, and high-wear components. Superior durability and heat dissipation.

  • • Used in aerospace braking systems
  • • Excellent thermal shock resistance
  • • Long service life under cyclic loading
3D C/C Composite

3D Carbon Carbon Composite

Fully isotropic structure with density 1.7–1.9 g/cm³. Exceptional mechanical strength and ablation resistance for extreme environments.

  • • Density customizable on request
  • • Low cost, high cleanliness
  • • Ideal for rocket nozzles and re-entry shields
Graphite Felt

Rigid Graphite Felt

High-efficiency thermal insulation material for energy storage, crystal growth furnaces, and vacuum systems.

  • • PAN and Rayon-based options
  • • Withstands up to 3600°C in inert atmosphere
  • • 30% higher thermal efficiency vs. standard felts
Insulation Barrel

Thermal Insulation Barrel

Wet-molded integral Rayon graphite felt barrels for crystal growing furnaces. Seamless construction ensures uniform heat distribution.

  • • Custom diameters and heights
  • • Low outgassing, high purity
  • • Compatible with Czochralski processes
Pyrolytic Graphite

Pyrolytic Graphite (HOPG)

Highly oriented pyrolytic graphite with exceptional thermal conductivity and dimensional stability.

  • • Available as sheets, blocks, plates
  • • Ultra-high purity (99.99%)
  • • Used in semiconductor and research applications
Isostatic Graphite

Isostatic Graphite

Ultra-fine grain, high-density graphite produced via isostatic pressing. Ideal for EDM, semiconductor, and nuclear applications.

  • • Excellent machinability
  • • High thermal shock resistance
  • • Low porosity, high strength
Carbon Composite Heaters

Carbon Composite Heaters

High-efficiency heating elements made from carbon-carbon composites. Fast thermal response and long operational life.

  • • Operates in vacuum and inert atmospheres
  • • Resistant to thermal cycling
  • • Custom shapes and power ratings

Why Choose CFCCARBON?

Engineered for performance, reliability, and innovation in the most demanding environments.

3600°C

Max Temperature

Materials tested and proven in extreme thermal environments up to 3600°C in inert atmospheres.

30%

Higher Efficiency

Rigid graphite felts deliver 30% improved thermal management efficiency for energy storage systems.

20%

Cost Savings

Optimized manufacturing and material use provide up to 20% cost reduction without sacrificing quality.

Global

Supply Chain

Rapid delivery and technical support available worldwide for OEMs and industrial partners.

1000+
Clients Worldwide
30+
Years Experience
50+
Countries Served
100%
Custom Solutions

Frequently Asked Questions

What is the difference between 2D, 2.5D, and 3D carbon-carbon composites?

2D composites have fiber reinforcement in two directions (X-Y), offering high in-plane strength. 2.5D adds limited Z-direction stitching for improved delamination resistance. 3D composites have full three-dimensional fiber architecture, providing isotropic mechanical properties and superior performance under multidirectional loads.

Can you customize the density of carbon-carbon composites?

Yes, we can produce carbon-carbon composites with densities ranging from 1.4 g/cm³ to over 2.0 g/cm³ depending on the application. For example, 3D C/C composites are typically produced at 1.7–1.9 g/cm³, but we can adjust based on customer requirements.

What are the advantages of rigid graphite felt over standard graphite felt?

Rigid graphite felt maintains its shape under mechanical load and thermal cycling, provides better insulation consistency, and is easier to install. It offers up to 30% higher thermal efficiency and is ideal for energy storage systems and high-temperature furnaces.

Do you provide samples for testing?

Yes, we offer free samples of our materials for qualification and testing purposes. Contact us with your specifications to request samples of graphite, graphite felt, or carbon-carbon composites.

What manufacturing processes do you use for carbon composites?

We utilize advanced processes including Chemical Vapor Infiltration (CVI), Chemical Vapor Deposition (CVD), resin impregnation, and carbonization to produce high-performance carbon-carbon composites with exceptional thermal stability and mechanical strength.

Get In Touch

Contact CFCCARBON for technical inquiries, sample requests, or custom material development.

potter@cfccarbon.com
+86-18910941489

Notice for Buyers: If you are a buyer, the above information is generated by AI collection and does not constitute any advice. If necessary, please visit the corresponding official website.

For Domain Owners: If you are the domain owner and do not want to be included by fobcompany.info, please contact support@fobcompany.info via your corporate email to cancel. We will cancel your inclusion within 3 business days.

如果您是域名所有者 不想被fobcompany.info收录 请用企业邮箱联系support@fobcompany.info 取消收录 我们将在3个工作日取消您的收录

Service Request: If you are other domain and want to be included, please contact support@fobcompany.info

如果您是其他域名合作 也请联系support@fobcompany.info