🎁 Get a FREE 1KG filament spool with your eligible order.
Drücken & ziehen zum Anzeigen
R3D ASA Filament is designed for durable, heat-resistant, and outdoor-ready 3D-printed parts. With strong impact performance, reliable thermal stability, and steady extrusion, it is ideal for functional prototypes, housings, fixtures, outdoor components, automotive-style parts, and engineering applications.
Outdoor-Ready Performance: Built for practical parts that need reliable use in demanding environments and outdoor applications.
High Heat Resistance Offers strong thermal stability with a Vicat softening temperature of 99°C and heat deflection temperature of 93.3°C.
Durable Impact Strength Delivers tough printed parts for functional prototypes, protective housings, fixtures, and utility components.
Stable Extrusion Control: Manufactured with 1.75 mm ±0.02 mm diameter tolerance to support consistent feeding and dependable print quality.
AMS Compatible: Works with AMS-supported systems when printing conditions are properly set to meet ASA material requirements.
Printing Tips
| Setting | Recommendation |
| Nozzle Temperature | 255–285°C |
| Bed Temperature | 100–110°C |
| Build Surface | BuildTak®, glass, blue tape, or PEI |
| Cooling Fan | 10–35% |
| Printing Speed | Up to 250mm/s |
| Retraction Speed | 30mm/s |
| Nozzle Compatibility | 0.2–0.8mm nozzle, hardened steel or copper |
| Raft Separation Distance | 0.8–2mm |
| Drying Settings | 80°C for 8 hours if needed |
| Recommended Environment | 45–60°C |
For best results, print ASA in an enclosed or well-controlled environment. Keep the filament sealed when not in use, and dry it before printing if it has absorbed moisture. Use proper ventilation according to your local printing environment and equipment setup.
FAQs
Q1: What is ASA filament best used for?
A: ASA is suitable for outdoor components, housings, brackets, fixtures, protective covers, engineering prototypes, and parts that require better heat resistance than standard PLA.
Q2: Is ASA easy to print?
A: ASA requires higher nozzle and bed temperatures than PLA. It is better suited for users with some FDM printing experience and a printer that can maintain a stable heated environment.
Q3: Do I need an enclosed printer for ASA?
A: An enclosed or temperature-controlled build area is recommended to help reduce warping and improve print consistency.
Q4: Is R3D ASA compatible with AMS systems?
A: Yes. According to the TDS, R3D ASA is AMS compatible. Make sure the spool is loaded correctly and the printer settings are suitable for ASA.
Q5: Should I dry ASA before printing?
A: If the filament has absorbed moisture, drying at 80°C for 8 hours is recommended before printing.