Chemical Vapor Infiltration (CVI) is a high-precision manufacturing process for the production of ceramic matrix composites (CMCs). These materials are characterized by their exceptional heat resistance, mechanical strength and chemical stability. CVI is used in particular in industries where conventional materials reach their limits, such as aerospace, power generation and high-performance engineering.
How does Chemical Vapor Infiltration work?
The CVI process is based on the incorporation of gaseous chemical compounds into a porous fiber structure. The desired ceramic matrix is deposited in layers at controlled temperatures and pressures. This results in tailor-made materials with optimized structure, density and mechanical properties.
Find out more about the technical background of the process:
The advantages of CVI at a glance
Materials that are refined using the CVI process offer unique properties that are required in extreme areas of application. Their combination of heat resistance, strength and low density makes them the first choice for high-performance technologies.
- Extreme temperature resistance - ideal for high-temperature applications up to over 1200°C
- Excellent mechanical strength - resistance to thermal and mechanical loads
- Lightweight construction thanks to low density - ideal for applications where weight plays a decisive role
- Corrosion and oxidation resistance - Suitable for aggressive environments and high-performance applications
- Individual material customization - perfectly tailored to specific requirements
