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Commercial Carbon Composites (C)


Commercial Carbon Composites is a high strength two-directional fiber reinforced composite material designed to meet stringent structural and high temperature applications. Weave construction results in excellent through-the-thickness thermal properties and a superior insulation material.  C3 incorporates all the inherent properties of graphite, with a lower density, superior mechanical properties and a higher resistance to fracture.

Commercial Carbon Composites
  • Angles
  • Channels
  • Cylinders
  • Rings
  • Crucibles



Carbon/Carbon Composite - Barrier Grade
is a low-cost composite designed to be used as a thermal shield as well as a facing material on FMI's FiberForm® / felt insulation materials to provide an erosion resistant impervious surface in a rapid gas quenching environment and protection from physical damage and chemical attack. C3 barrier grade is available in 1/2 mm up to 2mm plates, channels and angles.
  • .040" to .080 Thick

  • Up to 20" X 40"

 




Carbon/Carbon Composite - Fastener Grade
is a higher density composite designed for fasteners, load fixtures and structural applications.

Failure Load in Pounds

  • 1/2" - 13 Threads Average - 333 lbs.
  • 1/4" - 20 Threads Average - 92 lbs.
  •  .125" to 2.0" Thick

  • Up to 20" X 40"




Fasteners
  • Bolts
  • Threaded Studs
  • Nuts (Round and Square)
  • Washers (Round and Square)

 




C can also be used as heating elements in industrial furnaces. Typical resistivity properties are as shown in the following table:

Electrical Resistivity per ASTM C-611 at 70°F
ohm/inohm/cm
FMI C3 - 1/2" Thick 0.544 X 10-3 1.38 X 10-3
FMI C3 - 3/4" Thick 0.563 X 10-3 1.43 X 10-3
FMI C3 -    1" Thick 0.505 X 10-3 1.28 X 10-3

 

Advantages of Commercial Carbon Composites
  • Corrosion Resistant
  • High Strength / Resistant to Fracture
  • Electrically / Thermally Conductive
  • Radiation Resistance
  • Machines Easily
  • High Resistance to Thermal Shock
  • High Temperature Stability (2000°C)
  • Low Thermal Expansion
  • Low Bulk Density
  • Low Transverse Thermal Conductivity
 

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Last Updated:  03/29/2005