Products in Other Electrical & Electronics Applications: Reinforcem...

Blu Dot Asia MCF60 is specially processed PAN based fiber suitable for the applications that require strength and/or electrostatic dissipation, and is excellent for making materials electrically conductive.

Conductive Composites Nickel Coated Fibers - Precision Chopped (PCF) has developed a proprietary Chemical Vapor Deposition (CVD) coating process where fibers are coated with a very thin, robust, and ductile film of pure nickel. Our process produces a conductive fiber with superior handling properties and excellent conductivity/shielding capabilities. Through a Precision Converting Process, these fibers are converted into short, precise, millimeter and sub-millimeter coated fiber lengths. This provides our customers and partners with a high-performance structural and conductive additive that is both lighter and longer than typical nickel coated graphite powder. Due to their precise lengths and easy dispersion, precision chopped fibers are very effective and economical as a conductive additive for paints, gaskets, sealants, molding compounds, and adhesives.

440 Assembled Panel Roving for SMC are compatible with UP and VE. They deliver properties of good choppability and dispersion, low fuzz, good we-out and good antistatic performance.

Blu Dot Asia BDA-3K-T38 is a PAN based carbon fiber, which is stronger than steel, lighter than aluminum by weight and has a higher stiffness than titanium alloy.

Conductive Composites NiCVD Coated Fibers 1BC1-12 is Carbon fibers are widely used in commercial and defense applications because of their strength and weight properties. Conductive Composites has developed proprietary coating processes that coats individual filaments with thin, uniform coatings of pure metal.

G10001020T of G10001xxxT Series of Glass Nonwovens is Wet-laid nonwovens consisting of 11-um diameter E-glassfiber staple (1/2") with 1-20 wt.% of polyvinyl alcohol binder. Widths can be specified.

PC703006020T Polyester-Carbon Nonwoven is a Wet-laid nonwovens consisting of 45-95% polyester and 1-50% 7- um-diameter carbon fiber staple (1/8 - 1") with 5-25 wt.% of co-polyester binder. (Other binders are available.)

G10001034T of G10001xxxT Series of Glass Nonwovens. is Wet-laid nonwovens consisting of 11-um diameter E-glassfiber staple (1/2") with 1-20 wt.% of polyvinyl alcohol binder. Widths can be specified.

Conductive Composites Nickel Coated Fibers - Precision Coated & Converted Fibers (PC2F) 1AC1PC-0.15 is a highly uniform, conductive short fiber format in lengths from 3mm to 100µm. PC2F is a high-performance conductive and structural fiber with superior handling properties and excellent conductivity/shielding capabilities that is both lighter and longer than typical nickel coated graphite formats. Through our proprietary Chemical Vapor Deposition (CVD) coating process, fibers are coated with a very thin, robust, and ductile film of pure nickel. Due to their precise lengths and easy dispersion, PC2F is a very effective and economical conductive additive. With a wide range of available nickel coating levels and lengths, our easily dispersible conductive short fiber format is perfectly suited for conductive gaskets, elastomer, sealants, adhesives, paints, and other coatings.

910 Assembled Roving for thermoplastic is coated with a silane-based sizing compatible with multiple resin systems such as PP, AS/ABS, especially reinforcing PA for good hydrolysis resistant. 910 is typically designed for twin-screw extrusion process to manufacture thermoplastic granules. Key applications include railway track fastening pieces, automotive parts, electrical & electronic applications.

Blu Dot Asia MCF100 is specially processed PAN based fiber suitable for the applications that require strength and/or electrostatic dissipation, and is excellent for making materials electrically conductive.

Blu Dot Asia MCF150 is specially processed PAN based fiber suitable for the applications that require strength and/or electrostatic dissipation, and is excellent for making materials electrically conductive.

NC10004011T-Nickel-coated Carbon Nonwovens NC10004xxxTWet-laid nonwoven of chopped Ni/Carbon fiber staple (~50% Ni, 7-um diameter, 3-25 mm) with 10-20% x-linked polyester binder. Basis weights from 8 g/m² up to 34 g/m² 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.

Conductive Composites NiCVD Coated Fibers 1AC1-12 is Carbon fibers are widely used in commercial and defense applications because of their strength and weight properties. Conductive Composites has developed proprietary coating processes that coats individual filaments with thin, uniform coatings of pure metal.

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.

Blu Dot Asia CCF06EP is produced by chopping carbon fiber roving/thread into shorter lengths with different sizes.

Blu Dot Asia CCF06HT is produced by chopping carbon fiber roving/thread into shorter lengths with different sizes.

Blu Dot Asia MCF80 is specially processed PAN based fiber suitable for the applications that require strength and/or electrostatic dissipation, and is excellent for making materials electrically conductive.

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.

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.

Blu Dot Asia CCF06PU is produced by chopping carbon fiber roving/thread into shorter lengths with different sizes.

Conductive Composites Nickel Coated Fibers - Precision Coated & Converted Fibers (PC2F) 1CC1PC-0.15 is a highly uniform, conductive short fiber format in lengths from 3mm to 100µm. PC2F is a high-performance conductive and structural fiber with superior handling properties and excellent conductivity/shielding capabilities that is both lighter and longer than typical nickel coated graphite formats. Through our proprietary Chemical Vapor Deposition (CVD) coating process, fibers are coated with a very thin, robust, and ductile film of pure nickel. Due to their precise lengths and easy dispersion, PC2F is a very effective and economical conductive additive. With a wide range of available nickel coating levels and lengths, our easily dispersible conductive short fiber format is perfectly suited for conductive gaskets, elastomer, sealants, adhesives, paints, and other coatings.

GC802001020T Glass-Carbon Nonwoven is a Wet-laid nonwoven consisting of 80% glass fiber and 20% 7- um-diameter carbon fiber staple (1/8 - 1") with PVA binder. (Other binders are available.)

Blu Dot Asia BDA-12K-T42 is a PAN based carbon fiber, which is stronger than steel, lighter than aluminum by weight and has a higher stiffness than titanium alloy.

Fiberflon PTFE Glass Fabric 108.08 is a high quality glass fabric combined with specially formulated high level of PTFE content to produce super smooth, high-gloss surface coating. It has also good abrasion resistance and tensile strength. The product can be used in direct contact with food and does not contain banned substances as described in RoHS directive and will not affect RoHS compliance.

G10001100T of G10001xxxT Series of Glass Nonwovens. is Wet-laid nonwovens consisting of 11-um diameter E-glassfiber staple (1/2") with 1-20 wt.% of polyvinyl alcohol binder. Widths can be specified.

VALMIERA GLASS® HR-glass is an aluminosilicate glass that is alkali-free and free of boron oxide and fluorine. In some ways, this glass could completely replace E-glass. The thermal resistance of up to 800°C is the most important feature of this type of glass.

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.

EeonTex™ conductiveglass is an 8H woven fabric of S2 glass, coated with various proprietary, conductive formulations. It is suitable for many high-tech applications such as reducing radar reflections. EeonTex glass fabric is used most prominently in various radar absorbing composites for which the fabric provides both mechanical strength and desired radar response. Given the broad range of resistivities available, EeonTex conductive fabrics can be used in a wide range of applications.

552B chopped Strands for BMC are compatible with UP, EP and PF resins. The end-use applications include transportation, building & construction, electronic & electrical, mechanical and light industries.

G10001022T of G10001xxxT Series of Glass Nonwovens is Wet-laid nonwovens consisting of 11-um diameter E-glassfiber staple (1/2") with 1-20 wt.% of polyvinyl alcohol binder. Widths can be specified.

G10001010T of G10001xxxT Series of Glass Nonwovens is Wet-laid nonwovens consisting of 11-um diameter E-glassfiber staple (1/2") with 1-20 wt.% of polyvinyl alcohol binder. Widths can be specified.

EeonTex™ conductive twill is a twill-woven polyester fabric coated with various proprietary, conductive formulations. It is suitable for many high-tech applications such as reducing radar reflections. EeonTex twill has found use in special, pressure sensors and in resistive heating applications. Given the broad range of resistivities available, EeonTex conductive fabrics can be used in a wide range of applications. EeonTex™ twill can be coated with a proprietary coating to enhance stability and to make it flame-resistant.

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.

NC10004020T-Nickel-coated Carbon Nonwovens NC10004xxxTWet-laid nonwoven of chopped Ni/Carbon fiber staple (~50% Ni, 7-um diameter, 3-25 mm) with 10-20% x-linked polyester binder. Basis weights from 8 g/m² up to 34 g/m² available.