- 3D Druck
- Elastomere
- Thermoplastische Polyurethane
Addigy® GPU 79AR8 000000 A UV
Additive manufacturing grade for filament extrusion, aromatic ether grade, very good hydrolysis and microbial resistance; good low-temperature flexibility.
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Die Auswahl beeinflusst die Ihnen angezeigten Ergebnisse.
Über
Materialklassen
- TPU
Material
- 3D Druck
- Gute Haftung zu anderen polymeren Materialien, Gute Haftung zum Druckbett, Wenig Verzug, Einfach zu drucken
- Thermoplastische Polyurethane
- Kälteflexibilität
- Elastomere
- hydrolytisch stabil
Allgemeine Charakterisierung
Keine Daten verfügbar
Lagerungsbedingungen
The product should be stored in its original packaging at all times.
If bags or containers have been opened, they must then be sealed again to ensure proper further storage.
Prolonged exposure of bags or containers containing Addigy® filaments or pellets to light or light sources containing UV rays should be avoided. UV radiation will lead to degradation especially, but not limited color changes of the filaments or pellets and subsequently molded parts.
Constant, normal room temperature with minimal fluctuations and low to normal humidity is essential.
It is important to properly dry the filaments and pellets, as directed for the product, prior to processing.
If bags or containers have been opened, they must then be sealed again to ensure proper further storage.
Prolonged exposure of bags or containers containing Addigy® filaments or pellets to light or light sources containing UV rays should be avoided. UV radiation will lead to degradation especially, but not limited color changes of the filaments or pellets and subsequently molded parts.
Constant, normal room temperature with minimal fluctuations and low to normal humidity is essential.
It is important to properly dry the filaments and pellets, as directed for the product, prior to processing.
Probenahme
Keine Daten verfügbar
Verpackungsart
Keine Daten verfügbar
Technische Eigenschaften & Datenblätter
Genannte Eigenschaften Spezifikation
| Name der Eigenschaft | Prüfverfahren | Einheit | Wert |
|---|---|---|---|
| Elongation at break xy-direction | ISO 527-2(200 mm/min) | % | approx. 1038 |
| Tensile strength at break xy-direction | ISO 527-2(200 mm/min) | MPa | approx. 14 |
| Density | ISO 1183-1 | kg/m^3 | 1060 |
| Tensile strength at break z-direction | ISO 527-2(200 mm/min) | MPa | approx. 3 |
| Shore hardness A | DIN ISO 7619-1 (1s) | 65 - 79 | |
| Glass transition temperature | ISO 6721-1 | °C | - 68 |
| Impact strength Izod notched (1A)xz-direction | DIN EN ISO 180 | kJ/m^2 | non-break |
| Appearance | natural color | ||
| Elongation at break z-direction | ISO 527-2(200 mm/min) | % | approx. 190 |
Downloads
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Technisches Datenblatt
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