Conductive fibrous materials
AssigneeAgency for Science, Technology and Research
InventorsXu Li, Chao Bin He, Suxi Wang, Siew Yee Wong, Shilin Chen
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AssigneeAgency for Science, Technology and Research
InventorsXu Li, Chao Bin He, Suxi Wang, Siew Yee Wong, Shilin Chen
Estimating the term…
There is provided a conductive fibrous material comprising a plurality of carbonaceous fibers, wherein each carbonaceous fiber is fused to at least one other fiber. The carbonaceous fibers may be fused at fiber-to-fiber contact points by a polymer. The process of making the conductive fibrous material comprises mixing a phenolic polymer with a second polymer to form a polymer solution, preparing phenolic fibers having nano- or micro-scale diameters by electrospinning the polymer solution, and subsequent carbonization of the obtained phenolic fibers, thereby generating carbonaceous fibers, wherein each carbonaceous fiber is fused to at least one other fiber. The conductive fibrous material may be useful in electrode materials for energy storage devices.
A conductive fibrous material comprising a plurality of carbonaceous fibers, wherein the carbonaceous fibers have a diameter of about 0.1 μm to about 15 μm and each carbonaceous fiber is fused to at least one other fiber, wherein the carbonaceous fibers are fused at fiber-to-fiber contact points by a low-melting point polymer selected from the group consisting of homo-polyether, co-polyether, co-polyether-polyester, and polymer blends thereof, wherein the weight ratio between a carbonaceous fiber precursor to polymer is from 99:1 to 80:20, and wherein the carbonaceous fibers are electrospun.
Dependencies are inferred from the claim text.