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Supplier: ASTM International
Description: carbon fibers, processing aids, or other additives, as well as polymer blends which contain PEEK, or reclaimed materials, are not covered by this specification. 1.2.1 This standard does not include continuous carbon-fiber reinforced PEEK composites, which are fabricated
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Supplier: Mid-Mountain Materials, Inc.
Description: Mid-Mountain manufactures textiles designed for use as thermal seals and barriers for high temperature applications in moderate to severe environments. In 1976, we began manufacturing Channel Tapes and Tadpole Tapes for use as seals in gas fireplaces and pellet stoves. Since then, we have
- Overall Thickness: 0.06 to 0.25 inch
- Overall Width / OD: 0.125 to 40 inch
- Use Temperature: 698 to 5,000 F
- Type: Braided Product, Knitted Product, Rope / Cordage, Sleeving / Wrap, Woven Product
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Supplier: MCA - Advanced Materials Division
Description: ultra high strength carbon fiber + PPA injection molding compound” No stock shapes offered, only injection molding pellets.
- Tensile Strength (Break): 52,200 psi
- Tensile Modulus: 6,000 ksi
- Elongation: 1.1 %
- Chemical System: Aramid
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Supplier: MCA - Advanced Materials Division
Description: ultra high strength carbon fiber + PEI injection molding compound” No stock shapes offered, only injection molding pellets.
- Tensile Strength (Break): 40,000 psi
- Tensile Modulus: 4,200 ksi
- Elongation: 1.2 %
- Filler: Carbon / Graphite
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Supplier: MCA - Advanced Materials Division
Description: ultra high strength carbon fiber + PEEK injection molding compound” No stock shapes offered, only injection molding pellets.
- Tensile Strength (Break): 48,700 psi
- Tensile Modulus: 5,420 ksi
- Elongation: 1.8 %
- Filler: Carbon / Graphite
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Supplier: MCA - Advanced Materials Division
Description: ultra high strength carbon fiber + PPA injection molding compound” No stock shapes offered, only injection molding pellets.
- Tensile Strength (Break): 55,600 psi
- Tensile Modulus: 4,980 ksi
- Elongation: 1.8 %
- Chemical System: Aramid
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Supplier: Victrex PLC
Description: High performance thermoplastic material, 30% carbon fiber reinforced Poly Ether Ether Ketone (PEEK), semi crystalline, granules for injection molding, easy flow, FDA food contact compliant, color black.
- Deflection Temperature (@ 264 psi, 1.8 MPa): 339 F
- Thermal Conductivity: 0.96 W/m-K
- Coeff. of Thermal Expansion (CTE): 5 to 100 µin/in-F
- Tensile Strength (Break): 55 to 240 psi
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Supplier: Custom Processing Services, Inc.
Description: processes with high energy consumption Mixing and dispersing of pigments and additives Reinforcement with glass, carbon and other fiber materials Degassing of volatile components Filling with talcum, calcium carbonate, sawdust, carbon or other problematic fillers Alloying
- Materials: Acrylic, Fiberglass, PETG, PPE/PPO, PTFE (Teflon®), PVC, Polycarbonate, Polyethylene (PE, HDPE), Polypropylene (PP), Polystyrene, Polyurethane / Urethane
- Services: High Volume Production
- Features: North America, Northeast US Only, Other, United States Only
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Enhanced Sulfur Removal of Coal Via Carbon Fiber Production
Effects of increasing pressure on the resistivity and density of a pelletized carbon fiber sample.
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Shielding effectiveness of carbon‐filled nylon 6,6
Akzo Nobel’s Fortafil 243 PAN-based 3.2 mm chopped and pelletized carbon fiber was used to improve the electrical and thermal con- ductivity and the tensile strength of the resin.
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Thermally conductive carbon filled nylon 6,6
Akzo Nobel’s Fortafil 243 PAN based 3.2 mm chopped and pelletized carbon fiber was used to improve the electrical and thermal conductivity and the tensile strength of the resin.
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Electrical conductivity of carbon filled nylon 6,6
cussed elsewhere.14,18,19 Akzo Nobel’s Fortafil 243 PAN based 3.2 mm chopped and pelletized carbon fiber was used to improve the electrical and ther- mal conductivity and the tensile strength of the resin.
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In‐plane thermal conductivity modeling of carbon‐filled liquid crystal polymer–based resins
Fortafil 243 is a polyacrylonitrile-based 3.2-mm chopped and pelletized carbon fiber that is often used to improve the electrical and thermal conductivity and the tensile/ flexural strength of the resin.
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Tensile modulus modeling of carbon‐filled liquid crystal polymer composites
Fortafil 243 is a poly- acrylonitrile (PAN) based 3.2 mm chopped and pelletized carbon fiber that is often used to improve the electrical and thermal conductivity and the tensile strength of the resin.
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Thermal conductivity models for single and multiple filler carbon/liquid crystal polymer composites
Fortafil 243 is a polyacrylonitrile (PAN) based 3.2 mm chopped and pelletized carbon fiber that is often used to improve the electrical and thermal conductivity and the tensile strength of the resin.
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Effects of carbon fillers on the thermal conductivity of highly filled liquid‐crystal polymer based resins
Fortafil 243 is a polyacrylonitrile-based, 3.2-mm chopped and pelletized carbon fiber that is often used to improve the electrical and thermal conductivities and tensile strengths of resins.
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Synergistic effects of multiple carbon fillers on the rheology of liquid crystal polymer based resins
Fortafil 243 is a polyacrylonitrile based 3.2-mm chopped and pelletized carbon fiber that is often used to improve the electrical and thermal conductivity and the tensile strength of the resin.
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Synergistic effects of carbon fillers in electrically and thermally conductive liquid crystal polymer based resins
Fortafil 243 is a polyacrylonitrile (PAN) based 3.2 mm chopped and pel- letized carbon fiber that is often used to improve the elec- trical and thermal conductivity and the tensile strength of the resin.