Products in Appliances & Electronics: Carbon Fiber

Titacon® CF910 is a 10％CARBON FIBER REINFORCED, WEAR RESISTANCE, HIGH STIFFNESS/STRENGTH.

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.

C10001010T of C10001xxxT Series of Carbon Nonwovens is a Wet-laid nonwovens consisting of 6.8 um-diameter carbon fiber staple (1/8 - 1") with 1-20 wt.% of PVA binder. (Other binders are available.)

C10004034T is Wet-laid nonwovens consisting of 7-um diameter carbon fiber staple (1/4”&1/2") with 1-20 wt.% of cross-linked polyester binder. (Other binders available.). Widths can be specified.

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.

C10004017T is Wet-laid nonwovens consisting of 7-um diameter carbon fiber staple (1/4”&1/2") with 1-20 wt.% of cross-linked polyester binder. (Other binders available.). Widths can be specified.

C10004068T is Wet-laid nonwovens consisting of 7-um diameter carbon fiber staple (1/4”&1/2") with 1-20 wt.% of cross-linked polyester binder. (Other binders available.). Widths can be specified.

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.

C10001017T of C10001xxxT Series of Carbon Nonwovens is a Wet-laid nonwovens consisting of 6.8 um-diameter carbon fiber staple (1/8 - 1") with 1-20 wt.% of PVA binder. (Other binders are available.)

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.

C10004020T is Wet-laid nonwovens consisting of 7-um diameter carbon fiber staple (1/4”&1/2") with 1-20 wt.% of cross-linked polyester binder. (Other binders available.). Widths can be specified.

C10004012T is Wet-laid nonwovens consisting of 7-um diameter carbon fiber staple (1/4”&1/2") with 1-20 wt.% of cross-linked polyester binder. (Other binders available.). Widths can be specified.

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.

ZOLTEK PX35 Stitch-Bonded Uni-Directional Carbon Fabrics are produced from our ZOLTEK PX35 50K Continuous Tow Carbon Fiber. Unique fiber spreading techniques are utilized to obtain a wide range of UD fabric weights for a varied set of composite part applications. Quick composite part build-up is cost effectively achieved with our diverse weight range of low-cost carbon fabric products.

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.

C10001034T of C10001xxxT Series of Carbon Nonwovens. is wet-laid nonwovens consisting of 6.8 um-diameter carbon fiber staple (1/8 - 1") with 1-20 wt.% of PVA binder. (Other binders are available.)

ZOLTEK PX35 Stitch-Bonded Uni-Directional Carbon Fabrics are produced from our ZOLTEK PX35 50K Continuous Tow Carbon Fiber. Unique fiber spreading techniques are utilized to obtain a wide range of UD fabric weights for a varied set of composite part applications. Quick composite part build-up is cost effectively achieved with our diverse weight range of low-cost carbon fabric products.

Titacon® CF920 is a 20％CARBON FIBER REINFORCED, WEAR RESISTANCE, HIGH STIFFNESS/STRENGTH

ZOLTEK PX35 Stitch-Bonded Uni-Directional Carbon Fabrics are produced from our ZOLTEK PX35 50K Continuous Tow Carbon Fiber. Unique fiber spreading techniques are utilized to obtain a wide range of UD fabric weights for a varied set of composite part applications. Quick composite part build-up is cost effectively achieved with our diverse weight range of low-cost carbon fabric products.

ZOLTEK PX35 Stitch-Bonded Uni-Directional Carbon Fabrics are produced from our ZOLTEK PX35 50K Continuous Tow Carbon Fiber. Unique fiber spreading techniques are utilized to obtain a wide range of UD fabric weights for a varied set of composite part applications. Quick composite part build-up is cost effectively achieved with our diverse weight range of low-cost carbon fabric products.

ZOLTEK PX35 Stitch-Bonded Uni-Directional Carbon Fabrics are produced from our ZOLTEK PX35 50K Continuous Tow Carbon Fiber. Unique fiber spreading techniques are utilized to obtain a wide range of UD fabric weights for a varied set of composite part applications. Quick composite part build-up is cost effectively achieved with our diverse weight range of low-cost carbon fabric products.

ZOLTEK PX35 Stitch-Bonded Uni-Directional Carbon Fabrics are produced from our ZOLTEK PX35 50K Continuous Tow Carbon Fiber. Unique fiber spreading techniques are utilized to obtain a wide range of UD fabric weights for a varied set of composite part applications. Quick composite part build-up is cost effectively achieved with our diverse weight range of low-cost carbon fabric products.

ZOLTEK PX35 Stitch-Bonded Uni-Directional Carbon Fabrics are produced from our ZOLTEK PX35 50K Continuous Tow Carbon Fiber. Unique fiber spreading techniques are utilized to obtain a wide range of UD fabric weights for a varied set of composite part applications. Quick composite part build-up is cost effectively achieved with our diverse weight range of low-cost carbon fabric products.