| DATA SHEETS |
AvaSpire® AV-600 Series:
Cost-Effective Solutions When PEEK Is Overspecified |
| Unreinforced |
| AV-621: highest performing unreinforced AvaSpire grade, toughness, better ductility and higher HDT than comparable PEEK, low melt flow for extrusion and injection molding |
| AV-630: optimized for ultra-thin film thicknesses down to 5 microns, low melt flow |
| AV-651 BG 15: better ductility and higher HDT than comparable PEEK, high melt flow for injection molding |
| Reinforced |
| AV-621 GF30 BG 20: 30% glass fiber, low melt flow for extrusion and injection molding |
| AV-650 GF30 BG 20: 30% glass fiber, better dimensional stability than AV-621, high melt flow for injection molding |
| AV-651 GF30 BG 20: 30% glass fiber, better chemical resistance than AV-621, high melt flow for injection molding |
| AV-621 CF30: 30% carbon fiber, low melt flow for extrusion and injection molding |
| AV-651 CF30: 30% carbon fiber, high melt flow for injection molding |
|
AvaSpire® AV-700 Series:
Comparable PEEK Performance With Up To 30% Lower Cost |
| Unreinforced |
| AV-722 BG 20: low melt flow for extrusion and injection molding |
| Reinforced |
| AV-750 GF40 NT: 40% glass fiber, high melt flow for injection molding |
| AV-722 CF30: 30% carbon fiber, low melt flow for extrusion and injection molding |
| Wear Resistant |
| AV-722 SL30: very good wear resistance, dry and lubricated, low melt flow for extrusion and injection molding |
| AV-742 SL30: very good wear resistance, dry and lubricated, high melt flow for injection molding |
| AV-755 SL45: very good wear resistance, lubricated, high melt flow for injection molding |
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