Within this product category, you'll find a range of high-quality carbon-carbon composite materials brought to you by Koboi such as graphite rods, carbon-carbon bolts, and carbon-carbon particles. 

 

High-quality carbon-carbon composite materials of Koboi deliver an array of advantages:

- Exceptional Strength
- Heat Resistance
- Thermal Conductivity
- Corrosion Resistance

 

Carbon-Carbon Composite Materials in Various Industries

 

Carbon-carbon composite materials find versatile applications across numerous industries due to their exceptional properties. They excel in these industries due to their exceptional heat resistance, mechanical strength, and resistance to corrosion. 

 

Aerospace: From high-performance aircraft components to spacecraft thermal protection systems, aerospace carbon-carbon composite materials withstand the rigors of space exploration while optimizing efficiency.

Automotive: Advanced carbon-carbon composites in automotive industry can enhance the performance and durability of braking systems, clutches, and engine components.

Industrial: Our materials find their place in furnaces, kilns, and other high-temperature industrial equipment, ensuring reliability and longevity in the most demanding environments.

Energy: Enable next-generation energy storage and conversion systems with our thermally conductive carbon particles, ensuring efficient heat dissipation and extended lifecycle.

 

When you are looking for carbon-carbon composite materials for advanced applications, Koboi may be your ideal choice. Koboi's carbon-carbon composite materials are manufactured under rigorous quality standards, ensuring consistent excellence across every product. Explore the detailed information on carbon-carbon composite materials with Koboi today.

 

 

Graphite rod

As a type of rod, durable graphite rods are produced from machined graphite or graphite compounds. They are well-known for their excellent thermal shock resistance, heat resistance, high corrosion resistance, non-reactivity, and ability to age well.

MORE
Graphite rod(2)

C/C Brake Flange

C/C composites are carbon fiber reinforced carbon matrix composites (C/C). Carbon fibers are first woven or needled into preforms (carbon cloth, short fiber mesh, quasi - three - dimensional needled felt, three - dimensional fine - woven integral fabric, three - dimensional puncture fabric, multi - direction woven fabric, etc.), and then impregnated resin (orbitumen) -carbonization or chemical vapor deposition/ penetration (CVD/CVI) processes fill the pores in the porous preforms to obtain the material with the desired structure and properties.

MORE
C_C_Brake_Flange

C/C crucible

Carbon/carbon composites are carbon fiber reinforced carbon matrix composites (C/C). First, carbon fiber is braided or needled into a prefabricated body (carbon cloth, carbon fiber mesh, quasi-three-dimensional needle-punched felt, three- dimensional finely knitted overall fabric, three-dimensional punctured fabric,multi-directional woven fabric, etc.), and then impregnated with resin (or asphalt)- carbonized or The chemical vapor deposition/infiltration (CVD/CVI) process fills the pores in the porous preform to obtain the material with the required structure and properties.

MORE
C-C_brake_flange__1_

Carbon carbon bolts

Carbon-carbon composite material (C/C) is made of carbon as the matrix and is made of polypropylene nitrile-based carbon fiber through a special process of compounding, curing, and purification. It has high strength, high density, small expansion, high-temperature resistance, corrosion resistance, and heat resistance Stable vibration characteristics, is suitable for heating elements, fasteners, transmission parts, support plates, etc. under vacuum and high-temperature conditions, and is widely used in vacuum metallurgy, chemical industry, semiconductor, electronic new energy, and other fields.

MORE
Carbon carbon bolts (1)

Carbon carbon particles

Carbon-carbon composite materials (C/C) are made of carbon as the matrix and are made of polypropylene nitrile-based carbon fiber through a special process of compounding, curing, and purification. 

High-quality carbon-carbon composite materials have high strength, high density, small expansion, high-temperature resistance, corrosion resistance, and heat resistance Stable vibration characteristics, are suitable for heating elements, fasteners, transmission parts, support plates, etc. 

Under vacuum and high-temperature conditions, carbon-carbon composite materials for advanced applications are widely used in vacuum metallurgy, chemical industry, semiconductor, electronic new energy, and other fields .

MORE
Carbon carbon particles