Carbon Carbon Composites

Short Description:

Semicera offers high-performance carbon-carbon composites designed for applications that require superior strength and thermal stability. These advanced materials are well suited for extreme environments, with exceptional durability and oxidation resistance. These composites maintain integrity under high pressure and temperature, making them a reliable choice for critical applications. Trust Semicera to provide innovative carbon-based material solutions. We look forward to being your long-term partner in China.

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The Carbon Carbon Composites offered by Semicera are engineered to deliver exceptional performance in high-temperature and high-stress environments. These advanced materials, also known as Reinforced Carbon–Carbon Composites (RCC), provide superior strength, thermal stability, and resistance to oxidation, making them ideal for a range of demanding applications, from aerospace to industrial machinery.

Semicera’s Carbon Carbon Composites are produced using high-quality carbon carbon fiber, delivering a combination of lightweight properties and high strength. This makes them particularly suited for applications requiring materials that can withstand extreme heat and stress, such as in space vehicles, high-performance brake systems, and specialized industrial components.

The structure of C-C composites is reinforced through the use of carbon fiber-reinforced carbon (CFRC), ensuring the materials maintain their integrity even in extreme conditions. The composition of carbon carbon materials and composites from Semicera also provides high durability and oxidation resistance, extending the lifespan of the components made from them.

These Carbon Carbon Composites are an essential choice for industries requiring materials that balance strength, heat resistance, and weight, making them a top option for critical applications. Whether you need C-C composites for aerospace, automotive, or industrial uses, Semicera’s products ensure top-tier performance.

Technical Data of Carbon/Carbon Composite
Index	Unit	Value
Bulk density	g/cm3	1.40~1.50
Carbon content	%	≥98.5~99.9
Ash	PPM	≤65
Thermal conductivity (1150℃)	W/m.k	10~30
Tensile strength	Mpa	90~130
Flexural Strength	Mpa	100~150
Compressive strength	Mpa	130~170
Shear strength	Mpa	50~60
Interlaminar Shear strength	Mpa	≥13
Electric resistivity	Ω.mm2/m	30~43
Coefficient of Thermal Expansion	106/K	0.3~1.2
Processing Temperature	℃	≥2400℃
Military quality, full chemical vapor deposition furnace deposition, imported Toray carbon fiber T700 pre-woven 3D needle knitting Material specifications: maximum outer diameter 2000mm, wall thickness 8-25mm, height 1600mm

Carbon Carbon Composites:
Carbon carbon composites (Carbon-fiber-reinforced carbon composites) (CFC) is a kind of material formed by high strength carbon fiber and carbon matrix after graphitization enhancement processing.

It can be widely used in the high temperature environment of various structure, heater and vessel. Compared with the traditional engineering materials, carbon carbon composite has the following advantages:

1) High strength

2) High temperature up to 2000℃

3)Thermal shock resistance

4) Low coefficient of thermal expansion

5) Small thermal capacity

6) Excellent corrosion resistance and radiation resistance

Application:
1. Aerospace. Because of the composite material has good thermal stability, high specific strength and stiffness. It can be used for manufacturing of aircraft brakes, wing and fuselage, satellite antenna and a support structure, solar wing and shell, large carrier rocket shell, engine shell, etc..

2. The automobile industry.

3. The medical field.

4. Heat-insulation

5. Heating Unit

6. Ray-insulation