Polyamide (Nylon): Nylon 66
Product | Availability | Product Description |
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CompaMid® PA 6.6 CI | Europe |
Our new crosslinkable CompaMid® PA 6.6 compounds are thermoplastic polymers which behave like elastomers over a wide temperature range as a result of beta radiation cross-linking. Thanks to crosslinking, the originally thermoplastic material can withstand significantly higher temperatures of up to 400°C, thus providing greater shape retention under thermal load. Due to its excellent performance profile, crosslinkable CompaMid® PA 6.6 can replace costly high-performance plastics such as PPA, PPS or LCP in many cases. No mould changes are required when switching from standard PA 6.6 to CompaMid® PA 6.6, and the process parameters also remain the same.
Electrical Applications
Thanks to their outstanding electrical and mechanical properties, crosslinkable CompaMid ® PA 6.6 compounds are ideally suited for applications in the electrical and electronics industries.
Automotive Applications
Crosslinked components made of CompaMid ® PA 6.6 are used in the engine bay and exhaust system, where requirements are the toughest for heat resistance and shape retention, as well as resistance to salts, chemicals and corrosive media.
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CompaMid® PA 6.6 GF 10 M 20 | Europe |
Our new crosslinkable CompaMid® PA 6.6 compounds are thermoplastic polymers which behave like elastomers over a wide temperature range as a result of beta radiation cross-linking. Thanks to crosslinking, the originally thermoplastic material can withstand significantly higher temperatures of up to 400°C, thus providing greater shape retention under thermal load. Due to its excellent performance profile, crosslinkable CompaMid® PA 6.6 can replace costly high-performance plastics such as PPA, PPS or LCP in many cases. No mould changes are required when switching from standard PA 6.6 to CompaMid® PA 6.6, and the process parameters also remain the same.
Electrical Applications
Thanks to their outstanding electrical and mechanical properties, crosslinkable CompaMid ® PA 6.6 compounds are ideally suited for applications in the electrical and electronics industries.
Automotive Applications
Crosslinked components made of CompaMid ® PA 6.6 are used in the engine bay and exhaust system, where requirements are the toughest for heat resistance and shape retention, as well as resistance to salts, chemicals and corrosive media.
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CompaMid® PA 6.6 GF 15 | Europe |
Our new crosslinkable CompaMid® PA 6.6 compounds are thermoplastic polymers which behave like elastomers over a wide temperature range as a result of beta radiation cross-linking. Thanks to crosslinking, the originally thermoplastic material can withstand significantly higher temperatures of up to 400°C, thus providing greater shape retention under thermal load. Due to its excellent performance profile, crosslinkable CompaMid® PA 6.6 can replace costly high-performance plastics such as PPA, PPS or LCP in many cases. No mould changes are required when switching from standard PA 6.6 to CompaMid® PA 6.6, and the process parameters also remain the same.
Electrical Applications
Thanks to their outstanding electrical and mechanical properties, crosslinkable CompaMid ® PA 6.6 compounds are ideally suited for applications in the electrical and electronics industries.
Automotive Applications
Crosslinked components made of CompaMid ® PA 6.6 are used in the engine bay and exhaust system, where requirements are the toughest for heat resistance and shape retention, as well as resistance to salts, chemicals and corrosive media.
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CompaMid® PA 6.6 GF 25 | Europe |
Our new crosslinkable CompaMid® PA 6.6 compounds are thermoplastic polymers which behave like elastomers over a wide temperature range as a result of beta radiation cross-linking. Thanks to crosslinking, the originally thermoplastic material can withstand significantly higher temperatures of up to 400°C, thus providing greater shape retention under thermal load. Due to its excellent performance profile, crosslinkable CompaMid® PA 6.6 can replace costly high-performance plastics such as PPA, PPS or LCP in many cases. No mould changes are required when switching from standard PA 6.6 to CompaMid® PA 6.6, and the process parameters also remain the same.
Electrical Applications
Thanks to their outstanding electrical and mechanical properties, crosslinkable CompaMid ® PA 6.6 compounds are ideally suited for applications in the electrical and electronics industries.
Automotive Applications
Crosslinked components made of CompaMid ® PA 6.6 are used in the engine bay and exhaust system, where requirements are the toughest for heat resistance and shape retention, as well as resistance to salts, chemicals and corrosive media.
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CompaMid® PA 6.6 GF 30 HI | Europe |
Our new crosslinkable CompaMid® PA 6.6 compounds are thermoplastic polymers which behave like elastomers over a wide temperature range as a result of beta radiation cross-linking. Thanks to crosslinking, the originally thermoplastic material can withstand significantly higher temperatures of up to 400°C, thus providing greater shape retention under thermal load. Due to its excellent performance profile, crosslinkable CompaMid® PA 6.6 can replace costly high-performance plastics such as PPA, PPS or LCP in many cases. No mould changes are required when switching from standard PA 6.6 to CompaMid® PA 6.6, and the process parameters also remain the same.
Electrical Applications
Thanks to their outstanding electrical and mechanical properties, crosslinkable CompaMid ® PA 6.6 compounds are ideally suited for applications in the electrical and electronics industries.
Automotive Applications
Crosslinked components made of CompaMid ® PA 6.6 are used in the engine bay and exhaust system, where requirements are the toughest for heat resistance and shape retention, as well as resistance to salts, chemicals and corrosive media.
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CompaMid® PA 6.6 GF 30 HY | Europe |
Our new crosslinkable CompaMid® PA 6.6 compounds are thermoplastic polymers which behave like elastomers over a wide temperature range as a result of beta radiation cross-linking. Thanks to crosslinking, the originally thermoplastic material can withstand significantly higher temperatures of up to 400°C, thus providing greater shape retention under thermal load. Due to its excellent performance profile, crosslinkable CompaMid® PA 6.6 can replace costly high-performance plastics such as PPA, PPS or LCP in many cases. No mould changes are required when switching from standard PA 6.6 to CompaMid® PA 6.6, and the process parameters also remain the same.
Electrical Applications
Thanks to their outstanding electrical and mechanical properties, crosslinkable CompaMid ® PA 6.6 compounds are ideally suited for applications in the electrical and electronics industries.
Automotive Applications
Crosslinked components made of CompaMid ® PA 6.6 are used in the engine bay and exhaust system, where requirements are the toughest for heat resistance and shape retention, as well as resistance to salts, chemicals and corrosive media.
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CompaMid® PA 6.6 GF 30 | Europe |
Our new crosslinkable CompaMid® PA 6.6 compounds are thermoplastic polymers which behave like elastomers over a wide temperature range as a result of beta radiation cross-linking. Thanks to crosslinking, the originally thermoplastic material can withstand significantly higher temperatures of up to 400°C, thus providing greater shape retention under thermal load. Due to its excellent performance profile, crosslinkable CompaMid® PA 6.6 can replace costly high-performance plastics such as PPA, PPS or LCP in many cases. No mould changes are required when switching from standard PA 6.6 to CompaMid® PA 6.6, and the process parameters also remain the same.
Electrical Applications
Thanks to their outstanding electrical and mechanical properties, crosslinkable CompaMid ® PA 6.6 compounds are ideally suited for applications in the electrical and electronics industries.
Automotive Applications
Crosslinked components made of CompaMid ® PA 6.6 are used in the engine bay and exhaust system, where requirements are the toughest for heat resistance and shape retention, as well as resistance to salts, chemicals and corrosive media.
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CompaMid® PA 6.6 GF 50 | Europe |
Our new crosslinkable CompaMid® PA 6.6 compounds are thermoplastic polymers which behave like elastomers over a wide temperature range as a result of beta radiation cross-linking. Thanks to crosslinking, the originally thermoplastic material can withstand significantly higher temperatures of up to 400°C, thus providing greater shape retention under thermal load. Due to its excellent performance profile, crosslinkable CompaMid® PA 6.6 can replace costly high-performance plastics such as PPA, PPS or LCP in many cases. No mould changes are required when switching from standard PA 6.6 to CompaMid® PA 6.6, and the process parameters also remain the same.
Electrical Applications
Thanks to their outstanding electrical and mechanical properties, crosslinkable CompaMid ® PA 6.6 compounds are ideally suited for applications in the electrical and electronics industries.
Automotive Applications
Crosslinked components made of CompaMid ® PA 6.6 are used in the engine bay and exhaust system, where requirements are the toughest for heat resistance and shape retention, as well as resistance to salts, chemicals and corrosive media.
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CompaMid® PA 6.6 GK 30 | Europe |
Our new crosslinkable CompaMid® PA 6.6 compounds are thermoplastic polymers which behave like elastomers over a wide temperature range as a result of beta radiation cross-linking. Thanks to crosslinking, the originally thermoplastic material can withstand significantly higher temperatures of up to 400°C, thus providing greater shape retention under thermal load. Due to its excellent performance profile, crosslinkable CompaMid® PA 6.6 can replace costly high-performance plastics such as PPA, PPS or LCP in many cases. No mould changes are required when switching from standard PA 6.6 to CompaMid® PA 6.6, and the process parameters also remain the same.
Electrical Applications
Thanks to their outstanding electrical and mechanical properties, crosslinkable CompaMid ® PA 6.6 compounds are ideally suited for applications in the electrical and electronics industries.
Automotive Applications
Crosslinked components made of CompaMid ® PA 6.6 are used in the engine bay and exhaust system, where requirements are the toughest for heat resistance and shape retention, as well as resistance to salts, chemicals and corrosive media.
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CompaMid® PA 6.6 HI | Europe |
Our new crosslinkable CompaMid® PA 6.6 compounds are thermoplastic polymers which behave like elastomers over a wide temperature range as a result of beta radiation cross-linking. Thanks to crosslinking, the originally thermoplastic material can withstand significantly higher temperatures of up to 400°C, thus providing greater shape retention under thermal load. Due to its excellent performance profile, crosslinkable CompaMid® PA 6.6 can replace costly high-performance plastics such as PPA, PPS or LCP in many cases. No mould changes are required when switching from standard PA 6.6 to CompaMid® PA 6.6, and the process parameters also remain the same.
Electrical Applications
Thanks to their outstanding electrical and mechanical properties, crosslinkable CompaMid ® PA 6.6 compounds are ideally suited for applications in the electrical and electronics industries.
Automotive Applications
Crosslinked components made of CompaMid ® PA 6.6 are used in the engine bay and exhaust system, where requirements are the toughest for heat resistance and shape retention, as well as resistance to salts, chemicals and corrosive media.
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CompaMid® PA 6.6 | Europe |
Our new crosslinkable CompaMid® PA 6.6 compounds are thermoplastic polymers which behave like elastomers over a wide temperature range as a result of beta radiation cross-linking. Thanks to crosslinking, the originally thermoplastic material can withstand significantly higher temperatures of up to 400°C, thus providing greater shape retention under thermal load. Due to its excellent performance profile, crosslinkable CompaMid® PA 6.6 can replace costly high-performance plastics such as PPA, PPS or LCP in many cases. No mould changes are required when switching from standard PA 6.6 to CompaMid® PA 6.6, and the process parameters also remain the same.
Electrical Applications
Thanks to their outstanding electrical and mechanical properties, crosslinkable CompaMid ® PA 6.6 compounds are ideally suited for applications in the electrical and electronics industries.
Automotive Applications
Crosslinked components made of CompaMid ® PA 6.6 are used in the engine bay and exhaust system, where requirements are the toughest for heat resistance and shape retention, as well as resistance to salts, chemicals and corrosive media.
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Complet™ LCF40-PA66 1014 NAT - 6mm | North America |
Heat Stabilized, Maximum Toughness
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Complet™ LGF30-PA66 2004 BLK | North America |
Heat Stabilized
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Complet™ LGF30-PA66 2066 BLK | North America |
Heat Stabilized, UV Stabilized
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Complet™ LGF35-PA66 2007 BLK | North America |
Heat Stabilized
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Complet™ LGF40-PA66 1004 NAT | North America |
Easy Mold, Heat Stabilized
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Complet™ LGF40-PA66 2004 BLK | North America |
Easy Mold, Heat Stabilized
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Complet™ LGF50-PA66 1004 NAT | North America |
Easy Mold, Heat Stabilized
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Complet™ LGF50-PA66 2001 BLK | North America |
Heat Stabilized
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Complet™ LGF50-PA66 2004 BLK | North America |
Easy Mold, Heat Stabilized
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Complet™ LGF50-PA66 2052 BLK ISO | North America |
Easy Mold, Heat Stabilized, Moisture Resistant
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Complet™ LGF50-PA66 2052 BLK | North America |
Easy Mold, Heat Stabilized, Moisture Resistant
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Complet™ LGF50-PA66-0 2069 BLK | North America |
Easy Mold, Heat Stabilized, UV Stabilized, Moisture Resistant
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Complet™ LGF60-PA66 1001 NAT | North America |
Heat Stabilized
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Complet™ LGF60-PA66 2004 BLK | North America |
Heat Stabilized, Easy Mold
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Complet™ LGF60-PA66 2052 BLK ISO | North America |
Easy Mold, Heat Stabilized, Moisture Resistant
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Complet™ MT LCF30-PA66 MT 2051 BLK | North America |
Maximum Toughness
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Complet™ MT LCF50-PA66 MT 1014 NAT | North America |
Heat Stabilized, Maximum Toughness
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Complet™ MT LCG40-PA66 MT 2046 BLK | North America |
Hybrid - Long Glass and Carbon Fiber, Heat Stabilized, Maximum Toughness
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Complet™ MT LGF40-PA66 MT 2008 BLK | North America |
Heat Stabilized, Maximum Toughness
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Complet™ MT LGF50-PA66 MT 2008 BLK | North America |
Heat Stabilized, Maximum Toughness
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Complet™ MT LGF60-PA66 MT 1003 NAT | North America |
Maximum Toughness, Heat Stabilized
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Complet™ REC LGF30-PA66-0 R 2070 BLK | North America |
PIR, 100% Recycled Content, Heat Stabilized
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Complet™ REC LGF30-PA66-0 R 2071 BLK | North America |
PIR, 50% Recycled Content, Heat Stabilized
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Complet™ REC LGF40-PA66-0 R 2070 BLK | North America |
PIR, 100% Recycled Content, Heat Stabilized
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Complet™ REC LGF40-PA66-0 R 2071 BLK | North America |
PIR, 50% Recycled Content, Heat Stabilized
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Complet™ REC LGF50-PA66-0 R 2070 BLK | North America |
PIR, 100% Recycled Content, Heat Stabilized
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Complet™ REC LGF50-PA66-0 R 2071 BLK | North America |
PIR, 50% Recycled Content, Heat Stabilized
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COMTUF® 607 | Europe |
Impact Modified, Flow Enhanced Nylon 6/6
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CP PRYME® Nylon 66 ECO NN233HSL BK | North America |
33% Glass Fiber Reinforced, Utility Grade Nylon 6/6, Heat Stabilized, Lubricated, Black
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