Professional Lab ASA Green 1kg

Professional Lab ASA Green 1kg

Professional filament Professional Lab ASA Green is a high-quality ASA material in green color, designed for professional and advanced hobby use where standard PLA or PETG is not enough. Thanks to a combination of mechanical strength, chemical, and UV resistance, it is ideal for parts exposed to sun, rain, and higher temperatures.

Main benefits of ASA filaments

• Excellent resistance to UV radiation – models do not yellow or become brittle even during long-term outdoor use.
• High temperature resistance – compared to PLA, it does not deform in hot environments (car interiors, near motors, heat sources, etc.).
• Excellent mechanical strength and toughness – suitable for functional and structural parts that must withstand stress.
• Better weather resistance than ABS – water, humidity, and temperature changes do not have such a negative impact on ASA.
• Post-processing options – can be sanded, drilled, glued, and painted for a perfect final appearance.

Typical use of Professional Lab ASA Green

• Outdoor parts – caps, brackets, grips, garden equipment elements
• Automotive and industry – components for vehicle interiors/exteriors, sensor holders, enclosures
• Technical and functional parts – jigs, assembly fixtures, structural joints, hinges
• RC models and drones – strong and lightweight parts resistant to sun and weather
• Advertising and information boards – elements that must look good outdoors for a long time

Material properties

• Material: ASA (Acrylonitrile Styrene Acrylate)
• Color: Green (rich technical shade)
• Surface: rather matte, professional appearance of printed parts
• Diameter: 1,75 mm with precise tolerance for stable material flow
• Recommended chamber / cover: closed or partially closed printing space significantly reduces the risk of warping

Recommended print settings

Specific values may vary depending on the printer, but for ASA generally:

• Nozzle temperature: approx. 240–260 °C
• Bed temperature: approx. 80–100 °C
• Print speed: approximately 40–80 mm/s (less for more detailed parts)
• Cooling: low or off (0–30 %) – for better interlayer adhesion
• Bed: textured PEI, glass with a suitable adhesive agent (glue, spray, sticky sheet)

To minimize deformations (warping), it is recommended:

• printing in a closed printer or box,
• using a brim or raft for larger parts,
• a high-quality degreased and properly prepared print bed.

Advantages for professional use

• Stable dimensions and tolerances – suitable for precise technical components
• Long-term shape stability – models hold their shape even in demanding environments
• Compatibility with common FDM/FFF printers with a heated bed

Storage

ASA is less hygroscopic than, for example, nylon, but to maintain top print quality, it is recommended:

• store the filament in a closed package with desiccant,
• during long periods of inactivity, seal the spool in a zip bag or dry box.

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Technical parameters Professional Lab ASA Green 1kg

Parameter	Value
Material	ASA (Acrylonitrile Styrene Acrylate)
Color	Green
Filament diameter	1,75 mm
Diameter tolerance	± 0,02–0,03 mm (typical for high-quality ASA)
Net weight of fill	1 kg
Recommended nozzle temperature	240–260 °C
Recommended bed temperature	80–100 °C
Recommended print speed	40–80 mm/s
Recommended cooling	0–30 %
Recommended drying	60–80 °C for 2–4 h
Print type	FDM/FFF

The parameters listed are based on typical values for high-quality ASA filaments of this category. We always recommend fine-tuning the settings according to the specific printer and model geometry.

Key features:

• Professional ASA filament in a rich green color suitable for demanding technical and outdoor applications
• High resistance to UV radiation and weather conditions – ideal for outdoor use
• Excellent mechanical strength and toughness for functional parts and structural elements
• Higher temperature resistance compared to PLA – suitable for parts in warmer environments (car, workshop, etc.)
• Good interlayer adhesion and dimensional stability for precise technical printing
• Post-processing options – sanding, drilling, gluing, and painting
• Compatible with most FDM/FFF 3D printers with a heated bed
• Matte surface and professional appearance of finished prints