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Anycubic PETG Filament 1 kg – Gray

Variant: Gray
-18%
16,50 €
13,50 €
Shipping from 3,90 €
External warehouse · Delivery on Tuesday 10. 11.
Product code: 800451-1
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Fast delivery from 3,90 €
Gray Anycubic PETG filament weighing 1 kg combines easy printing similar to PLA with strength and flexibility close to ABS. It offers high resistance to impact, moisture, weather conditions, and a range of chemicals, making it suitable for functional parts, prototypes, and outdoor models.

Anycubic PETG filament is a reliable material for 3D printing durable and aesthetically pleasing prints. Thanks to its impact resistance of 45±2 kJ/m² on the X-Y axis, it helps create strong models that can better withstand everyday stress. The material retains its appearance, structure, and properties over the long term.

PETG filament is resistant to water, weather conditions, and selected substances such as gasoline, cleaning agents, perfumes, and toothpaste. It is therefore suitable for producing toys, covers, structural components, mechanical prototypes, and other functional 3D models.

The integrated identification chip works with the Anycubic ACE Pro printer and enables automatic recognition of print settings. The reusable spool with a threaded attachment reduces the risk of filament tangling. For stable printing, it is recommended to dry the filament before use and store it in a humidity-controlled environment.

Specifications

Manufacturer
Anycubic
Material
PETG
Color
Gray
Weight
1 kg
Drying
Recommended
Drying conditions
55–65 °C, 8–10 h
Compatibility with ACE Pro Multicolor Filament Box
Yes
Recommended nozzle diameter
0.2 mm or larger
Nozzle temperature
230–250 °C
Print bed temperature
60–70 °C
Recommended printing speed
50–250 mm/s
Maximum volumetric flow rate
12 mm³/s
Density
1.23 g/cm³
Material flow rate
25±3 g/10 min
Melting temperature
130 °C
Heat deflection temperature
72 °C
Deformation resistance
69 °C
Moisture absorption
0.40%
Material stiffness
1850±100 MPa
Tensile strength
52±1 MPa
Elongation at break
13±1%
Flexural stiffness
2000±50 MPa
Flexural strength
80±2 MPa
Impact resistance on the X-Y axis
45±2 kJ/m²
Tensile strength on the Z axis
31±3 MPa