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Prof. Lab ASA Red 1 kg is a professional filament for FDM/FFF 3D printing designed for durable functional parts, especially for outdoor environments. ASA material excels in excellent resistance to UV radiation, weathering, and high temperatures, making it ideal for technical components, covers, brackets, automotive parts, or garden accessories. A stable diameter of 1.75 mm and low shrinkage ensure reliable printing with precise geometry even for larger models.
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Professional ASA filament Prof. Lab ASA Red in a rich red shade is designed for reliable printing of functional parts that must withstand long-term sun, rain, and higher temperatures. Thanks to the properties of ASA material, it is suitable for both industrial and hobby use wherever standard PLA is no longer sufficient.
ASA is the ideal choice where a combination of strength, heat resistance, and sun stability is required:
Specific settings may vary depending on the type of 3D printer and cooling; the values below serve as initial recommendations for ASA material:
For reliable first layer adhesion, it is recommended to use a suitable adhesive (e.g., adhesive spray/stick, special adhesive product for ASA/ABS, or a textured bed). For larger models, using a brim or raft is advisable.
| Parameter | Value |
|---|---|
| Material | ASA (Acrylonitrile Styrene Acrylate) |
| Filament diameter | 1.75 mm |
| Diameter tolerance | ± 0.03 mm (typical for high-quality ASA) |
| Net spool weight | 1 kg |
| Density | approx. 1.07 g/cm³ |
| Recommended nozzle temperature | 240–260 °C |
| Recommended bed temperature | 80–100 °C |
| Recommended cooling | 0–30 % |
| Recommended printing speed | 40–80 mm/s |
| Enclosure | recommended |
Prof. Lab ASA Red 1 kg is a versatile professional ASA filament for users who need durable, functional, and dimensionally stable prints with a long lifespan even when used in demanding outdoor conditions. Thanks to the combination of strength, UV stability, and heat resistance, it is the ideal choice for technical projects, automotive, exterior accessories, and any functional printing where PLA is no longer enough.