Main Features Models Display Filament Parameters Color Type

Anycubic ASA Filament
Main Features

Superior Weather Resistance, Fearless in Outdoor Conditions

Outstanding resistance to sunlight, water, and aging. It can fend off UV rays, complex weather changes, and harsh natural environments. Printed models remain undamaged, resistant to aging and fading even after long exposure outdoors.

High-Temperature Resilience, Models Do Not Deform Easily

More stable in high temperatures compared to other standard materials. Anycubic ASA filament has a heat deformation temperature of up to 90°C, while ABS, PETG, and PLA have temperatures of 75°C, 63°C, and 53°C respectively.

Excellent Mechanical Performance, High Toughness and Impact Resistance

Printed models can withstand moderate impact forces without easily deforming or breaking, making it suitable for printing engineering parts or models needed in outdoor.

Low Odor

Compared to ABS filament, it emits a much lower odor during the printing process, reducing discomfort for those sensitive to smells, creating a more comfortable printing environment.

High Quality

No blockage or bubbles, ensuring smooth extrusion and finely uniform models. Neatly wound with consistent dimensions, filament diameter tolerance is controlled within ±0.02mm. High precision, low shrinkage, less risk of cracking and warping.

Anycubic ASA Filament
Models Display

Anycubic ASA Filament
Filament Parameters

Product Type

ASA Filament

Net Weight

1kg/roll

Diameter

1.75mm

Tolerance

±0.02mm

Gross Weight

1.3KG

Length

395m

Density

1.07g/cm³

Tensile Strength

41MPa

Elongation at Break

15%

Flexural Strength

62MPa

Flexural Modulus

3292MPa

Young's Modulus

2220MPa

Izod Impact Strength

90KJ/m²

Melting Point

120°C

Melt Index

12-23g/10min

Heat Deflection Temperature

90°C

Storage Environment

Dry and ventilated

Anycubic ASA Filament
Color Type

Anycubic ASA Filament
Attention

How to install consumables

Install the spool on the spool holder of a 3D printer, and preheat the nozzle.
Cut the top of the filament into a spire shape, and thread it into the extruder and feeding tube.
Manually push the filament through the feeding tube to the nozzle until the filament melts through the nozzle.

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