Applied NanoStructured Solutions LLC
Has developed a revolutionary way to grow carbon nanostructures (CNS) directly onto various substrates through a continuous and production-scalable process. CNS technology for glass, which can then be utilized in conductive thermoplastics, multifunctional laminates, and high-performance composites.
2323 Eastern Blvd.
Baltimore,
MD
21220-4207
US
Division
Lockheed Martin
Connect
- Visit Company Website
- (410)-682-1400
- Contact
Materials
- Fibers, metallized
- Lightning strike materials (metal meshes, fabrics, etc.)
- Fibers, inorganic
- C-Glass
- Ceramic
- E-Glass
- Structural high-strength glass (S- and R-type)
- Other inorganic fibers
- Fibers, organic
- Carbon, PAN-based
- Reinforcements, unimpregnated
- Carbon
- Carbon, Chopped strand
- Carbon, Milled fibers
- Carbon, Roving, gun
- Carbon, Roving, multi-end
- Carbon, Other
- E-Glass
- E-Glass, Chopped strand
- E-Glass, Milled fibers
- E-Glass, Roving, gun
- E-Glass, Roving, multi-end
- E-Glass, Roving, single-end direct
- E-Glass, Other
- Structural high-strength glass (S- and R-type)
- Structural high-strength glass (S- and R-type), Chopped strand
- Structural high-strength glass (S- and R-type), Combination woven roving & chopped strand mat
- Structural high-strength glass (S- and R-type), Milled fibers
- Structural high-strength glass (S- and R-type), Roving, gun
- Structural high-strength glass (S- and R-type), Roving, multi-end
- Structural high-strength glass (S- and R-type), Roving, single-end direct
- Structural high-strength glass (S- and R-type), Yarns
- Structural high-strength glass (S- and R-type), Other
- Carbon
- Fillers
- Carbon black
- Nanoclays/nanofibers
- Other fillers