Processing Properties | Metric | English | Comments |
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Rear Barrel Temperature | 360 °C | 680 °F | |
Oxford Polymers PEEK 20GF-Natural PEEK, 20% Glass Fiber Reinforced Product Description: Glass Fiber (20% Reinforced), PEEK, Polyetheretherketone injection molding grade Processing and Delivery Form: Pellets and Injection MoldingAdditives: Glass fiber Special Chara.. |
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Rear Barrel Temperature | 360 - 385 °C | 680 - 725 °F | |
Parker Chomerics PREMIER™ PEI-140 High Temperature Conductive Plastic for EMI Shielding PEI-140 can provide up to a 65% cost reduction by eliminating secondary operations such as assembly, machining, painting/plating and the logistics that accompany these processes. The shielding effec.. |
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Rear Barrel Temperature | 360 - 421 °C | 680 - 790 °F | |
LNP ULTEM® EXCP0096 Polyetherimide, 30% Carbon Fiber Reinforcement, 10% PTFE Lubricant
(discontinued **) Features: Lubricated, Electrically Conductive, Good Wear Resistance, High Heat ResistanceForms: PelletsProcessing Method: Injection MoldingInformation provided by LNP, a GE Plastics Company.This dat.. |
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Rear Barrel Temperature | 360 - 421 °C | 680 - 790 °F | |
LNP ULTEM® UC3000 Polyetherimide, 30% Carbon Fiber Reinforcement
(discontinued **) High modulus with shielding/ conductive characteristics for high-heat applications.Features: Electrically Conductive, High Heat Resistance, High StrengthForms: PelletsProcessing Method: Injection Mo.. |
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Rear Barrel Temperature | 360 - 421 °C | 680 - 790 °F | |
LNP ULTEM® UCF1205 Polyetherimide, 12% Carbon Fiber Reinforcement, 5% PTFE Lubricant
(discontinued **) Office equipment internal parts.Features: Lubricated, Good Wear ResistanceForms: PelletsProcessing Method: Injection MoldingInformation provided by LNP, a GE Plastics Company.This data sheet is labe.. |
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Rear Barrel Temperature | 360 - 382 °C | 680 - 720 °F | |
LNP ULTEM® SMU5806 Polyetherimide, 8% Carbon Fiber Reinforcement
(discontinued **) Features: Low ShrinkageForms: PelletsProcessing Method: Injection MoldingInformation provided by LNP, a GE Plastics Company.This data sheet is labeled Discontinued; however many LNP grades are still.. |
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Rear Barrel Temperature | 360 - 421 °C | 680 - 790 °F | |
LNP ULTEM® SMU5831 Polyetherimide, 30% CarbonGlassMineral Reinforced
(discontinued **) ESD characteristics for ultra high-heat applications. Will be UC3010H.Features: High Heat ResistanceForms: PelletsProcessing Method: Injection MoldingInformation provided by LNP, a GE Plastics Compa.. |
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Rear Barrel Temperature | 360 - 421 °C | 680 - 790 °F | |
LNP ULTEM® SMU5832 Polyetherimide, 30% CarbonGlassMineral Reinforced
(discontinued **) ESD characteristics for ultra high-heat applications. Will be UC3010.Features: High Heat ResistanceForms: PelletsProcessing Method: Injection MoldingInformation provided by LNP, a GE Plastics Compan.. |
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Rear Barrel Temperature | 360 - 421 °C | 680 - 790 °F | |
LNP ULTEM® SMU5852 Polyetherimide, 30% Carbon Fiber Reinforcement, 15% PTFE Lubricant
(discontinued **) Features: Lubricated, Electrically Conductive, Good Wear ResistanceForms: PelletsProcessing Method: Injection MoldingInformation provided by LNP, a GE Plastics Company.This data sheet is labeled Dis.. |
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Rear Barrel Temperature | 360 - 421 °C | 680 - 790 °F | |
LNP ULTEM® SMU5834 Polyetherimide, 20% Carbon Fiber Reinforcement
(discontinued **) High modulus with shielding/ conductive characteristics for high-heat applications.Features: Electrically Conductive, High Heat Resistance, High StrengthForms: PelletsProcessing Method: Injection Mo.. |
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Rear Barrel Temperature | 360 - 421 °C | 680 - 790 °F | |
LNP ULTEM® SMU5835 Polyetherimide, 25% Carbon Fiber Reinforcement
(discontinued **) High modulus with shielding/ conductive characteristics for high-heat applications.Features: Electrically Conductive, High Heat Resistance, High StrengthForms: PelletsProcessing Method: Injection Mo.. |
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Rear Barrel Temperature | 360 - 421 °C | 680 - 790 °F | |
LNP ULTEM® SMU5836 Polyetherimide, 30% Carbon Fiber Reinforcement
(discontinued **) High modulus with shielding/ conductive characteristics for high-heat applications.Features: Electrically Conductive, High Heat Resistance, High StrengthForms: PelletsProcessing Method: Injection Mo.. |