Preview: Bambu Lab ASA Filament Grün 1kg 1,75 mm (mit Spule)

Preview: Bambu Lab ASA Filament Green 1kg 1.75 mm (with spool)

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Bambu Lab ASA Filament Grün 1kg 1,75 mm (mit Spule)

Bambu Lab ASA Filament Green 1kg 1.75 mm (with spool)

This product is currently not available.

31.90€ *

Content: 1000 Gramm

Prices incl. VAT plus shipping costs

Delivery time approx. 5 working days

Order number: B01G010S
EAN: 921087642070
commodity code: 39169050

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Bambu Lab ASA Bambu ASA is an extremely durable material that offers exceptional UV,... more

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Product information "Bambu Lab ASA Filament Green 1kg 1.75 mm (with spool)"

Bambu Lab ASA

Bambu ASA is an extremely durable material that offers exceptional UV, weather, mechanical, and thermal resistance. Its unique combination of properties makes it an ideal material for printing outdoor models (plant labels, mailboxes, weather vanes, etc.) and structural parts that need to withstand long-term exposure to harsh outdoor conditions.

Exceptional Weather and UV Resistance

Bambu ASA offers exceptional UV, oxidation, and aging resistance, providing effective protection against breakage and color loss during long-term outdoor use.

Robust and Durable

Due to its toughness and high impact resistance, Bambu ASA is suitable for outdoor applications and normal construction requirements.

Better Temperature Resistance

Compared to standard PETG or ABS, Bambu ASA retains its shape even at temperatures up to 100°C.

Recommended Print Settings

Drying Settings (Shock Drying Oven)	80 °C, 8 h
Container Moisture and Humidity	< 20 % relative humidity (sealed with desiccant)
Nozzle Temperature	240 - 270 °C
Bed Temperature (with Adhesive)	80 - 100 °C
Print Speed	< 250 mm/s

Physical Properties

Density	1.05 g/cm³
Vicat Softening Temperature	106 °C
Heat Deflection Temperature	100 °C
Melting Temperature	210 °C
Melt Index	7.0 ± 0.8 g/10 min

Mechanical Properties

Tensile Strength	37 ± 3 MPa
Elongation at Break	9.2 ± 1.4 %
Bending Modulus	1920 ± 130 MPa
Bending Strength	65 ± 5 MPa
Impact Strength	41.0 ± 2.3 kJ/m²