Carbon Nano Fibres
Our high purity heat-treated and graphitized Carbon Nano Fibres are produced by means of a process called Catalytic Chemical Vapour Deposition (CCVD) - gaseous carbon (from hydrocarbon, i.e. natural gas) is deposited on heated metallic particles and tube-shaped graphite-like structures (CNF's) develop from these particles.
This outstanding graphitic structure is inherent in our Carbon Nano Fibres and enables their utilization as reinforcements in compound materials.
With an average diameter of 80 - 150nm and a specific surface area of 50 - 100 m2/g, our Carbon Nano Fibres offer a wide range of solutions for the aerospace, electronics, automotive, plastics and many other industries in the fields of:
§ Mechanical reinforcement;
§ Electrostatic dissipation; and
§ Thermal management
They can also be used at field emission peaks in monitor applications, as catalyst supports, or as electrode material in batteries.
Owing to their outstanding physical and multifunctional properties, minimal amounts of CNF's are highly suitable for utilization as functional filling materials, i.e. in polymers; especially in thermoplasts and duroplasts.
Download our Product Guide to view our complete range of Carbon Nano Fibre products and specifications.
Material Safety Data Sheets are available upon request.
Download >>
§ Product Guide (3,032KB)
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Marion Nanosystems
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Applications
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§ Automotive
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§ CRC's
§ Defence
§ Electronics
§ Plastics
§ Sporting goods
§ Universities - R&D
§ Many others
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