Products

Applied Sciences Inc. PR-19-XT-HHT is produced by heat-treating the as-produced carbon nanofiber to 3000°C. This converts the fiber to a fully graphitized form and creates a highly conductive carbon nanofiber. The iron content (i.e., the catalyst) is also reduced to very low levels.

Applied Sciences Inc. PR-24-XT-PS has an average diameter of about 100 nanometers and has a minimal chemically vapor deposited (CVD) layer of carbon on the surface of the fiber over a graphitic tubular core. It is available in three grades designated as PS, LHT and HHT. The PS grade carbon nanofiber is produced by pyrolytically stripping the as-produced fiber to remove polyaromatic hydrocarbons from the fiber surface.

Applied Sciences Inc. CNF Mat is a continuous nanomaterial sheet good made using low-cost, commercially available materials. It offers one application method of P3 for your product. We work with customers to develop a product that’s custom-designed to achieve the advantages they need. The key properties of CNF Mat are flexibility and durability, which allows reel-to-reel processing methods such as pre-pregging and porosity. It also enables effective infusion with resin.

Applied Sciences Inc. PR-19-XT-PS has an average diameter of about 150 nanometers and has a chemically vapor deposited (CVD) layer of carbon on the surface of the fiber over a graphitic tubular core fiber. It is available in three grades designated as PS, LHT and HHT. The PS grade carbon nanofiber is produced by pyrolytically stripping the as-produced fiber to remove polyaromatic hydrocarbons from the fiber surface.

Applied Sciences Inc. PR-24-XT-LHT grade is produced by heat-treating the fiber at 1500°C. This converts any chemically vapor deposited carbon present on the surface of the fiber to a short range ordered structure. The inherent conductivity of the fiber is increased.

Applied Sciences Inc. PR-24-XT-HHT is produced by heat-treating the as-produced carbon nanofiber to 3000°C. This converts the fiber to a fully graphitized form and creates a highly conductive carbon nanofiber. The iron content (i.e., the catalyst) is also reduced to very low levels.

Applied Sciences Inc. PR-19-XT-LHT is produced by heat-treating the fiber at 1500°C. This converts any chemically vapor deposited carbon present on the surface of the fiber to a short range ordered structure. The inherent conductivity of the fiber is increased.