About Us
Home / About Us
ABOUT US
Innovative Carbon-Carbon and Carbon-Ceramic Composite Manufacturers
Shenzhen CMC Composite Co., Ltd (CMCMAT) is a leading company specializing in the production and development of carbon-ceramic and carbon-carbon materials.
With a strong focus on innovation and high-tech applications, we have garnered an excellent reputation in aerospace, aviation, and automotive industries.
OUR KEY TECHNOLOGY
Core Technology to Manufacture Carbon-Carbon and Carbon-Ceramic Composite
Lorem ipsum dolor sit amet consectetur adipiscing elit mauris molestie orci eget condimentum sollicitudin felis orci.
Carbon Densification
We have CVI (Chemical Vapor Infiltration), CVD (Chemail Vapor Deposition), and LPI (Liquid Phase Infiltration) proces to produce carbon carbon composite.
Ceramization
We covert carbon-carbon (C/C) composites into carbon-ceramic (C/C-SiC) composites, which often referred to as the "ceramization" process.
Oxidation Resistance
During the surface treatment steps, the Anti-Oxidation Coating is the key process to enhance the oxidation resistance of the material in high temperature environments.
The Composite Manufacturing Process Explained
Contact Us Today
+86-13823149826
We manufacture the carbon matrix applications (carbon-carbon and carbon-ceramic) started from carbon fibers.
How to make C/C composite?
Carbon fiber performs
We use 2.5D or 3D carbon fiber performs.
Densification
Multi cycles of carbonization (Densification) to reach needed density and mechanical properties of the composite.
High-Temperature Graphitization
Heated to temperatures between 2000°C and 3000°C, which converts the carbon matrix into a more ordered graphite structure.
Anti-Oxidation Coating
The surface of the carbon-carbon composite may be coated with protective layers to improve oxidation resistance and durability in extreme environments.
How to make C/C-SiC composite?
Carbon fiber performs
We use 2.5D or 3D carbon fiber performs.
Densification to C/C material
Multi cycles of carbonization (Densification) to reach needed density and mechanical properties of the composite.
Ceramization to carbon-ceramic material
As the molten silicon infiltrates the carbon fiber preform, it reacts with the carbon to form silicon carbide (SiC) ceramic phases.
Anti-Oxidation Coating
The surface of the carbon-carbon composite may be coated with protective layers to improve oxidation resistance and durability in extreme environments.