Fiber Morphology

FFF produces very straight fiber while maintaining precise control of the diameter, with the ability to vary diameter as fibers grow.  Diameter control can be applied to the entire set of fibers, to random subsets, and down to individual fibers. Fiber diameters can range from 15 to 100 microns.

Precision spot coating of fibers is being developed in order to “fill in” thinner sections of fiber with other materials in downstream LCVD reactors. This has application in, for example, the patent-pending nuclear “Fuel-In-Fiber” concept under development for the Department of Energy to contribute to the Accident Tolerant Fuel initiative. It is also key to a patent-pending “micro-embedded” sensor and actuators concept where, for example, temperature or strain sensors, or micro-piezo actuators, can be deposited directly onto fibers intended for use in next-gen composites.

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

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If you would like to explore the development of a new fiber material, or if you are looking for a new source of pure, dimensionally controlled silicon carbide, boron, or boron carbide fiber, please:

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Silicon carbide fiber array with variable diameter ‘bead’ incorporated during formation


In-situ variation of fiber diameter during fabrication (fiber diameters alternate from ~15 microns to 50 microns


Straight, smooth surface of single silicon carbide fiber (fiber approximately 30 microns in diameter)


The manufacture of fibers occurs in a parallel fiber array. This tape arrangement fosters even thickness of surface coating when applied to the fibers.