Processing Properties | Metric | English | Comments |
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Melt Temperature | 316 - 341 °C | 601 - 646 °F | |
PolyOne Therma-Tech™ LC-6000 TC Liquid Crystal Polymer (LCP) Therma-Tech™ Thermal Management Compounds have been engineered to combine the heat transfer and cooling capabilities of metals with the design freedom, weight reduction and cost advantages of therm.. |
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Melt Temperature | 316 - 341 °C | 601 - 646 °F | |
PolyOne Therma-Tech™ LC-5000C TC LCP
(discontinued **) Therma-Tech™ Thermal Management Compounds have been engineered to combine the heat transfer and cooling capabilities of metals with the design freedom, weight reduction and cost advantages of therm.. |
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Melt Temperature | 321 - 341 °C | 610 - 646 °F | Injection |
Albis Plastics Tedur® L 9512 PPS, 45% Glass Fiber
(discontinued **) Good-flow Embedding Compound. Incandescent wire resistance (2 mm) is 960°C per VDE 0471 T1.2.Applications: Embedding of Microchips and Electronic ComponentsProcessing: Injection Molding (Melt Temp.. |
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Melt Temperature | 321 - 341 °C | 610 - 646 °F | Injection |
Albis Plastics Tedur® L 9521-1 PPS, 60% Glass Fiber/Mineral
(discontinued **) Extremely Rigid. Incandescent wire resistance (2 mm) is 960°C per VDE 0471 T1.2.Applications: Sockets, Plugs and HandlesProcessing: Injection Molding (Melt Temperature: 610-645°F, Mold Temperatur.. |
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Melt Temperature | 321 - 341 °C | 610 - 646 °F | Injection |
Albis Plastics Tedur® L 9530 PPS, 55% Mineral
(discontinued **) Good-flow Embedding Compound, Isotropic Properties. Incandescent wire resistance (2 mm) is 960°C per VDE 0471 T1.2.Applications: Embedding of Microchips and Electronic ComponentsProcessing: Inject.. |
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Melt Temperature | 321 - 341 °C | 610 - 646 °F | Injection |
Albis Plastics Tedur® L 9561 PPS, 60% Glass Fiber/Mineral
(discontinued **) High Gloss, Highest Surface Finish, Metallization w/o Base Coating. Incandescent wire resistance (2 mm) is 960°C per VDE 0471 T1.2.Applications: Various High Temperature ReflectorsProcessing: Inje.. |
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Melt Temperature | 321 - 341 °C | 610 - 646 °F | Injection |
Albis Plastics Tedur® L V 9107-1 PPS, 40% Glass Fiber
(discontinued **) Low Flash, Improved Impact and Burst Strength. Incandescent wire resistance (2 mm) is 960°C per VDE 0471 T1.2.Applications: Pump Housings, Hollow Articles Under PressureProcessing: Injection Moldi.. |
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Melt Temperature | 321 - 341 °C | 610 - 646 °F | Injection |
Albis Plastics Tedur® L V 9113-2 PPS, 60% Glass Fiber
(discontinued **) Glass Fiber Grade with Highest Mechanical Strength and Stiffness. Incandescent wire resistance (2 mm) is 960°C per VDE 0471 T1.2.Applications: Housings for Shock Absorbers and Spring ElementsProce.. |
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Melt Temperature | 321 - 341 °C | 610 - 646 °F | Injection |
Albis Plastics Tedur® L V 9200-1 PPS, 60% Glass Fiber/Mineral
(discontinued **) Mineral-filled Grade with Improved Impact Strength, Low Mold Temp. Incandescent wire resistance (2 mm) is 960°C per VDE 0471 T1.2.Applications: Shaft Seals, FlangesProcessing: Injection Molding (M.. |
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Melt Temperature | 321 - 341 °C | 610 - 646 °F | Injection |
Albis Plastics Tedur® L V 9300-1 PPS, 40% Glass Fiber/Glass Bead
(discontinued **) Improved Impact Strength, Low Flash, Low Warpage. Incandescent wire resistance (2 mm) is 960°C per VDE 0471 T1.2.Applications: Hollow Articles Under Pressure, Pump HousingsProcessing: Injection Mo.. |
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Melt Temperature | 321 - 341 °C | 610 - 646 °F | Injection |
Albis Plastics Tedur® L V 9400-1 PPS, 15% Carbon Fiber
(discontinued **) High Electrical and Thermal Conductivity, Long-term Anti-static Properties. Incandescent wire resistance (2 mm) is 960°C per VDE 0471 T1.2.Applications: Clutch Components, BushingsProcessing: Inje.. |
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Melt Temperature | 321 - 341 °C | 610 - 646 °F | Injection |
Albis Plastics Tedur® L 9511 PPS, 45% Glass Fiber High Strength, High Rigidity Standard Grade. Incandescent wire resistance (2 mm) is 960°C per VDE 0471 T1.2.Applications: Fixture Elements, HousingsProcessing: Injection Molding (Melt Temperature:.. |
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Melt Temperature | 321 - 341 °C | 610 - 646 °F | Injection |
Albis Plastics Tedur® L 9523 PPS, 60% Glass Fiber/Mineral Extremely Rigid, Excellent Surface Finish, Metallization w/o Base Coating. Incandescent wire resistance (2 mm) is 960°C per VDE 0471 T1.2.Applications: Insulating Equipment, Reflectors and Fitting.. |
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Melt Temperature | 321 - 341 °C | 610 - 646 °F | Injection |
Albis Plastics Tedur® P 9529 PPS, ~55% Glass Fiber/Mineral (black only) Compounded Regrind and/or Production Scrap, Excellent Cost-Performance Ratio. Incandescent wire resistance (2 mm) is 960°C per VDE 0471 T1.2.Applications: Lamp Holders, Lamp SocketsProcessing: Inj.. |
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Melt Temperature | 321 - 341 °C | 610 - 646 °F | Injection |
Albis Plastics Tedur® P 9519 PPS, ~45% Glass Fiber (black only) Compounded Regrind and/or Production Scrap, Excellent Cost-Performance Ratio. Incandescent wire resistance (2 mm) is 960°C per VDE 0471 T1.2.Applications: Handles, Fixing ElementsProcessing: Injec.. |
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Melt Temperature | 321 - 341 °C | 610 - 646 °F | Injection |
Albis Plastics Tedur® L 9510-1 PPS, 40% Glass Fiber High Strength, High Rigidity Standard Grade. Incandescent wire resistance (2 mm) is 960°C per VDE 0471 T1.2.Applications: Pump Impellers, Valve Housings and BushingsProcessing: Injection Molding (.. |
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Melt Temperature | 321 - 341 °C | 610 - 646 °F | Injection |
Albis Plastics Tedur® L 9560 PPS, 50% Mineral High Gloss, Highest Surface Finish, Metallization w/o Base Coating. Incandescent wire resistance (2 mm) is 960°C per VDE 0471 T1.2.Applications: Various High Temperature ReflectorsProcessing: Inje.. |
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Melt Temperature | 321 - 341 °C | 610 - 646 °F | Injection |
Albis Plastics Tedur® L V 9404-1 PPS, 30% Carbon Fiber
(discontinued **) High Electrical and Thermal Conductivity, Long-term Anti-static Properties. Incandescent wire resistance (2 mm) is 960°C per VDE 0471 T1.2.Applications: Fan Blades, Brake Sleeves, Model Constructi.. |
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Melt Temperature | 329 - 341 °C | 624 - 646 °F | |
Solvay Specialty Polymers Amodel® AFA-4133 V0 Z Polyphthalamide (PPA), Dry
(discontinued **) Amodel AFA-4133 V0 Z is a 33% glass-fiber reinforced, flame retardant grade of polyphthalamide (PPA) resin specifically formulated for connector applications requiring compatibility with both infrar.. |