College of Engineering > Research > Research Centers > Center for Microfibrous Materials > Microfibrous Carrier Technology

Microfibrous Carrier Technology

		Metal Fiber Thermal stability in regenerable applications Electrically Conductive flexible and malleable
Activated Carbon Fiber and 2 μm Stainless Steel Fibers	55 -85 μm BPL Sorbent Entrapped in 2, 4, 8 Ni Fibers
		Ceramic Fiber Thermal stability in high temperature applications Inert in corrosive enviroments (redox)
Sorbent in 2-15 μm Ceramic Fiber	2 μm 316L SS Fibers Entrapping Spray Dried TiO2
		Polymer Fiber Low Temp. and lower pressure drop Mechanical robustness and high particulate loading Corrosion resistant Good edge sealing and self-sealing
150 - 250 μm Prox Catalyst Entrapped in 4 & 8 μm Nickel Fibers	100 - 150 μm Activated Carbon Support in 10 - 20 μm Polymer Fibers