ESUN EPLA-MAGIC 1,75 mm Dark Twinkle Blue 1 kg – βελτιωμένο νήμα PLA με εφέ glitter

A hobbyist prints a decorative vase with a deep blue base and sparkling accents that catch the light from every angle. The ESUN EPLA-MAGIC 1.75mm Dark Twinkle Blue filament brings that vision to life. This enhanced PLA (ePLA) combines the reliability of standard PLA with a subtle glitter effect, producing prints with a rich, dark blue hue and a gentle sparkle. The 1 kg spool is vacuum-sealed with desiccant to keep the material dry and ready for consistent printing.

Key specifications

• Material: ePLA (Enhanced Polylactic Acid) with glitter effect
• Filament diameter: 1.75 mm (±0.03 mm tolerance)
• Net weight: 1 kg
• Colour: Dark Twinkle Blue
• Print temperature: 200–230 °C
• Bed temperature: 45–60 °C (or off)
• Printing speed: 40–100 mm/s
• Density: 1.24 g/cm³
• Tensile strength: 50–70 MPa
• Elongation at break: 5–15%
• Melt flow index: 5–10 g/10min (190 °C, 2.16 kg)
• Heat deflection temperature: 50–55 °C (0.45 MPa)
• Spool dimensions: diameter 200 mm, width 64 mm, inner hole 56 mm
• Compatibility: FDM 3D printers

Why choose it

ePLA-MAGIC prints as easily as standard PLA but with improved toughness and lower warping. The glitter particles are evenly distributed, so you get a consistent sparkle without clogging the nozzle. The dark blue base colour is deep and vibrant, making it ideal for decorative pieces, cosplay props, and eye-catching prototypes. The filament is wound neatly on a sturdy spool to prevent tangles during printing.

Ideal use cases

• Decorative objects, vases, and figurines
• Cosplay accessories and props
• Prototypes that need a premium look
• Educational projects and gifts
• Artistic models with a glitter finish

Good to know

Store the filament in a dry place and use the included desiccant to maintain print quality. The recommended bed temperature can be set to off if you have a reliable build surface, but a heated bed between 45–60 °C improves adhesion. This filament is eco-friendly, made from renewable resources, and produces minimal odour during printing.