Cc Carbon Carbon Composites Withstand Extreme Temperatures, Resist Thermal Shock

Product Details
Customization: Available
Carbon Content: Medium-Carbon
Composition: Carbon
Gold Member Since 2024

Suppliers with verified business licenses

Registered Capital
1000000 RMB
Plant Area
>2000 square meters
  • Cc Carbon Carbon Composites Withstand Extreme Temperatures, Resist Thermal Shock
  • Cc Carbon Carbon Composites Withstand Extreme Temperatures, Resist Thermal Shock
  • Cc Carbon Carbon Composites Withstand Extreme Temperatures, Resist Thermal Shock
  • Cc Carbon Carbon Composites Withstand Extreme Temperatures, Resist Thermal Shock
  • Cc Carbon Carbon Composites Withstand Extreme Temperatures, Resist Thermal Shock
  • Cc Carbon Carbon Composites Withstand Extreme Temperatures, Resist Thermal Shock
Find Similar Products

Basic Info.

Model NO.
CB-CC
Crystal Morphology
Compact Crystalline Graphite
Forming Way
Molded Graphite
Transport Package
Wooden Case
Specification
customized
Origin
China

Product Description


Carbon/carbon composites (also known as reinforced carbon-carbon or RCC) are made by reinforcing carbon fibers with a graphite matrix. These composites are extremely tough and advanced, able to withstand extreme temperatures, thermal shock and chemical corrosion, making them ideal for a variety of industrial applications.
Cc Carbon Carbon Composites Withstand Extreme Temperatures, Resist Thermal Shock
Cc Carbon Carbon Composites Withstand Extreme Temperatures, Resist Thermal Shock



Carbon-Carbon Composite Manufacturing Process
We weave high-performance fibers together, then impregnate and carbonize them to form a strong matrix and process them in a furnace. Depending on your application needs, we can apply optional coatings such as silicon carbide to improve oxidation resistance.

Carbon Fiber Weaving
Resin Impregnation
High-Temperature Sintering
Precision Machining
Post-Processing Coatings
Quality Control

Advantages of Carbon-Carbon Composites
High temperature resistance: Withstands temperatures up to 3000°C.

Lightweight: High mechanical strength while being lightweight.

Chemical inertness: Resistant to corrosive chemicals such as acids and alkalis.

Low thermal expansion: Will not break during drastic temperature changes.

High thermal conductivity: Dissipates heat effectively.

Customizable: Can be manufactured to your specifications.

Applications of Carbon-Carbon Composites
RCC components are integral to multiple industries including aerospace, automotive, mechanical engineering, metalworking, defense, rail, and more.

Heat Treating Furnaces
Carbon-carbon components, such as trays and liners, are designed to protect furnace components during annealing, sintering, and quenching.

High-Temperature Molds
C/c composite molds enable ceramic and metal parts to be reliably, uniformly produced and replicated in a clean environment.

Semiconductor Equipment
Carbon-carbon components maintain the purity and precision required for silicon wafer production in CVD reactors.

Braking Systems
Carbon-carbon composite brake discs provide consistent performance even in high-stress areas such as heavy machinery or rail systems

Aerospace and Defense Parts
RCC parts withstand extreme atmospheric conditions without structural damage, such as heat shields, thrusters, and nozzles.

Carbotech can also customize the extreme high temperature graphitization furnace for you.

Send your message to this supplier

*From:
*To:
*Message:

Enter between 20 to 4,000 characters.

This is not what you are looking for? Post a Sourcing Request Now
Contact Supplier