Filament PLA Galaxy ELEGOO (Peacock Blue) 50.203.0261

ELEGOO Galaxy PLA Filament (Peacock Blue)

ELEGOO Filament in the shade of Peacock Blue catches the eye with its intense color and subtle glitter sheen. The light-reflecting particles give the surface a unique character, making it perfect for decorations, figurines, and projects that are meant to stand out. The product is based on PLA (polylactide - a biodegradable plastic of plant origin), and there is 1 kg of material per spool.

Printing without surprises

With a very accurate diameter of 1.75 mm and a dimensional tolerance of 0.02 mm, the filament is fed to the extruder evenly and without jams. Finished models come out of the printer smooth, well rendered, and free of defects typical of less stable filaments, such as air bubbles and stringing. Brocade additives do not adversely affect printing parameters.

Practical and ready to use

Each spool is machine-rolled, hand-checked, and vacuum-packed with a moisture absorber to ensure that it is fresh and ready to use as soon as it is opened. Galaxy PLA works with most FDM (fused 3D printing) printers that support 1.75mm diameter filament. It is a good choice for both beginners and more experienced users.

General

• Manufacturer: ELEGOO
• Model: 50.203.0261
• Color: Peacock Blue
• Weight: 1 kg

Recommended print settings

• Drying settings before printing: 55°C for 5 hours
• Ambient temperature and humidity: 50°C, 20% relative humidity (store with moisture absorber)
• Nozzle temperature: 190 - 230°C
• Table temperature: 35 - 65°C (depending on printer and surface)
• Type of working surface: Textured PEI or other compatible surface
• Printing speed: Less than 280 mm/s

Physical properties

• Density: 1.21 g/cm³
• Melting point: 162°C
• Deflection temperature under load: 56°C
• Softening temperature (Vicat test): 62°C

Mechanical properties

• Tensile strength (XY): 38 ± 3 MPa
• Elongation at break (XY): 8.7 ± 1.2%
• Bending strength (XY): 75 ± 2 MPa
• Bending modulus (XY): 2719 ± 179 MPa
• Impact strength (XY): 56.3 ± 3.5 kJ/m²