Production Conversion of PAN Carbon Fiber to Fi-BarTMProduction Conversion of PAN Carbon Fiber to Fi-BarTMProduction Conversion of PAN Carbon Fiber to Fi-BarTMProduction Conversion of PAN Carbon Fiber to Fi-BarTM
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Take-Up Reels Showing Conversion of PAN Carbon Fiber to Fi-Bar™
February 27, 2015

Production Conversion of PAN Carbon Fiber to Fi-BarTM

January 27, 2015
production, conversion, pan carbon
Production Conversion of PAN Carbon Fiber to Fi-BarTM

Production Conversion of PAN Carbon Fiber to Fi-Bar™

"This is what we're looking for!" Bright, consistent, peacock coloration of the converted PAN carbon fiber to Fi-Bar™. We know from all of our laboratory and pre-production runs that the change in coloration of the base material is a sure indicator that it has been at least partially converted to Fi-Bar™. As we adjust the various operational and environmental parameters of the patented process we can vary the levels of conversion, making Fi-Bar™ suitable for the production of MMC's in aluminum, steel, titanium, and other related metal alloys, as well as CMC's. An aluminum metal matrix composite sample plate is currently being evaluated for use in lightweight vehicle armor.

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About Our Company

ACF is a producer of ultra-high performance, lower cost "Fi-Bar™", for use in specialty applications and metal and ceramic matrix composites. The unique features and benefits of Fi-Bar™ are derived from our continuous "Direct Conversion Process™".


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      Samarium Carbide/Carbon Fiber

      • Rare earth magnetics

      Erbium Carbide/Carbon Fiber

      • Rare earth magnetics

      Gadolinium Carbide/Carbon Fiber

      • Rare earth magnetics

      Praseodymium Carbide/Carbon Fiber

      • rare earth magnetics

      Dysprosium Carbide/Carbon Fiber

      • Rare earth magnetics

      Neodymium Carbide/Carbon Fiber

      • Batteries – electric vehicles

      Yttrium Carbide/Carbon Fiber

      • Superconducting

      Lanthanum Carbide/Carbon Fiber

        • Battery electrodes, cracking catalysis for oil refineries

      Vanadium Carbide/Carbon Fiber

      • Density: VC has a higher density (5.77 gm/cc). VC/C is light-weight 2.5 to 4 gm/cc with carbon core: VC conversion layer is near diamond hardness
      • High-temperature material (2730 C melt)
      • Key feature: VC is wettable by iron and steel in alloys. VC nano used in grain boundary refinement steels.

      Tantalum Carbide/Carbon Fiber

      • Normally very dense (14.3 g/cm3) but lighter with a carbon core
      • High-temperature material (3880 C vaporizes)
      • Near diamond hardness

      Hafnium Carbide

      • HFC layer is near diamond hardness
      • High-temperature material (3900 C melt)
      • Density: VC has a higher density (12.2 gm/cc). TaC/C is light-weight 2.5 to 4 gm/cc with carbon core
      • Key feature: High-temperature stability. Forms mixture with TaC

      Titanium Carbide/Carbon Fiber

      • Wettable by aluminum (possible reinforcing material)
      • Near diamond hardness
      • High temperature (3065 C melt)
      • Low density (4.94 g/cm3)
      • Inexpensive metals source

      Silicon Carbide/Carbon Fiber

      • Low density (3.16 g/cm3)
      • High-temperature material (2830 C vaporizes)
      • Near diamond hardness
      • Can have either conductive or insulative electrical properties