High-Performance Fabrics for Thermal Insulation and Carbon-Carbon Composites.
Inkarbo supplies carbon and graphite fabrics designed for extreme high-temperature applications where conventional materials cannot operate.
Our materials are used in thermal insulation systems, vacuum furnaces, graphitization equipment, advanced ceramic processing, and as reinforcement materials for carbon-carbon composites.
Inkarbo supplies carbon and graphite fabrics designed for extreme high-temperature applications where conventional materials cannot operate. Our materials are used in thermal insulation systems, vacuum furnaces, graphitization equipment, advanced ceramic processing, and as reinforcement materials for carbon-carbon composites.
When used in vacuum or inert gas atmospheres, carbon and graphite fabrics can withstand temperatures exceeding 2000°C while maintaining their structural integrity and thermal performance.
High carbon content, low ash content, excellent thermal stability and compatibility with vacuum and inert atmospheres.
Inkarbo supplies PAN-based and rayon-based carbon and graphite fabrics for different thermal, composite and industrial applications.
PAN-based carbon fabrics for high-temperature industrial and composite applications.
Rayon-based carbon and graphite fabrics for high-temperature thermal applications.
Full list of technical features of rayon- and PAN-based carbon and graphite fabrics.
High carbon content up to 99.9 %.
Low ash content.
Excellent thermal stability.
Suitable for vacuum and inert atmospheres.
Capable of operating at temperatures exceeding 2000°C in inert environments.
Available in carbonized and graphitized grades.
Various weave patterns and material specifications available.
Carbon and graphite fabrics are selected for industries where high-temperature performance, reliable reinforcement and thermal stability are required.
Carbon and graphite fabrics serve as reinforcement materials in carbon-carbon composites used in aerospace, defense, thermal protection systems, and high-temperature industrial applications.
Used in vacuum furnaces, graphitization systems, and heat treatment equipment requiring reliable performance in inert or vacuum atmospheres.
Suitable for high-temperature ceramic manufacturing processes, including technical ceramics, silicon carbide components, ceramic matrix composites, and sintering operations.
Applied in thermal protection systems and advanced engineering solutions operating under extreme thermal conditions.
Used by research institutes, laboratories, and engineering centers developing advanced carbon and ceramic materials.
