What Is Carbon-Carbon Composite?
We make c/c composite (also known as reinforced carbon-carbon or RCC) by reinforcing carbon fibers with a graphite matrix. The result is an extremely tough and advanced material that can withstand extreme temperatures, resist thermal shock, and tolerate chemical exposure, making it ideal for various industrial applications.
Our RCC maintains structural integrity even during rapid temperature changes.
Our carbon-carbon components persist in harsh environments like chemical reactors.
Despite their strength, our c/c composites are lightweight, making them extra efficient.
Built to endure incredible mechanical stresses, ideal for load bearing applications.
Industrial Uses For Carbon-Carbon Composites
EastCarbon c/c composites are designed to perform in some of the most demanding industrial environments. We engineer this material for its superior resistance to heat, chemical attack, and pressure.
Carbon-Carbon Composite Material Applications
Our RCC components are indispensable across multiple industries, including aerospace, automotive, mechanical engineering, metal processing, defense, rail, and more.
Our carbon-carbon components like trays and liners are designed to protect furnace components during annealing, sintering, and quenching processes.
C/c composite molds enable ceramic and metal parts to be reliably and uniformly produced and reproduced in a clean environment.
Carbon-carbon composite brake disks deliver consistent performance even in high-stress areas like heavy machinery or rail systems.
Our RCC components are often used in turbines and heat exchangers where they enhance thermal conductivity.
We use RCC to manufacture reaction vessels and pipelines for chemical processing systems involving corrosive substances.
We manufacture RCC parts that withstand extreme atmospheric conditions without structural compromise, like heat shields, thrusters, and nozzles.
Our carbon-carbon components maintain the purity and precision needed in silicon wafer production in CVD reactors.
In high-temperature settings, our RCC jigs and fixtures offer stability and efficiency during manufacturing processes.
Carbon-Carbon Composite Manufacturing Process
We weave high-performance fibers together before impregnating and carbonizing them to create a robust matrix and processing them in a furnace. Depending on your desired application, we can apply optional coatings like silicon carbide to improve oxidation resistance.
- Carbon fiber weaving
- Resin impregnation
- High-temperature sintering
- Precision machining
- Post-processing coatings
- Quality control
Carbon-Carbon Composite Benefits
Temperature Resistance: Can withstand up to 3000°C.
Lightweight: Offers high mechanical strength while remaining lightweight.
Chemical Inertness: Resistant to corrosive chemicals including acids and alkalines.
Low Thermal Expansion: Doesn’t crack during dramatic temperature changes.
High Thermal Conductivity: Dissipates heat efficiently.
Customizable: Can be manufactured to your specifications.
Order RCC Components Today
- Contact an EastCarbon representative
- Confirm your inquiry or specifications
- Finalize your order
- Manufacturing begins
- Your finished components are packed
- Shipping to your factory or warehouse
Sustainability With Carbon-Carbon Composites
Carbon-carbon composites can provide a more sustainable alternative to traditional metals or other materials thanks to their resistance to wear and tear. Our RCC components reduce downtime, minimize material waste, optimize energy efficiency, and boast a longer service life.
EastCarbon Innovation
At EastCarbon we believe in pushing the boundaries. We’re continuously working on new solutions for developing industries that rely on RCC components and are proud to leverage the latest technology and systems in our manufacturing processes.
Why Order From EastCarbon?
As leaders in the carbon-carbon composite manufacturing industry, you can trust us to deliver exceptional quality every time. All RCC components are produced from the highest-grade materials using advanced technology at our world-class facilities.
“I was recently entrusted to order a large volume of carbon-carbon composite components for our semiconductor fabrication plant and chose EastCarbon based on their pricing. Despite being the cheapest their service was impeccable and the c/c molds and trays are perfect quality—they even arrived sooner than expected. 10/10”
We have a track record of positive client reviews and decades of expertise in the field.
We can work to your AutoCAD drawings or develop models based on your specifications.
Our highly skilled team will work with you to find the perfect solution to your RCC needs.
We source the best materials to ensure all components meet our rigorously high standards.
Frequently Asked Questions
At EastCarbon, we produce both c/c composite and graphite components. While c/c composites are the preferred choice for applications where load-bearing, thermal cycling and high stress are involved, high-purity graphite is a good option for its heat and chemically resistant properties.
RCC, reinforced carbon-carbon, or carbon composite is a material created by adding carbon to graphite’s structure. It combines the strength and rigidity of carbon fibers with the thermal resistance of graphite.
Here at EastCabon, we pride ourselves on providing custom carbon solutions. This means we can manufacture RCC components to your unique specifications depending on your desired application. You can control the mechanical properties of the finished product.
Compared to traditional metals, our carbon-carbon composites tend to have a higher initial cost. However, their longer lifespan, better durability, reduced maintenance, and increased performance make them more cost-effective long term.
Kindly get in touch with our friendly sales team by phone, email, or submitting an inquiry via the convenient online contact form. We’ll be happy to discuss your unique industrial requirements and provide you with a quote and timeline for manufacturing your components.
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Browse our blog for more details on RCC components and EastCarbon’s custom c/c solutions.
