Spectrum PLA Glitter stardust blue 0,5 kg

Spectrum PLA Glitter

Spectrum PLA Glitter is a 3D printing material that combines the practicality of PLA with a glittery effect. This filament with a diameter of 1.75 mm and weight of 0.5 kg is suitable for creators looking for aesthetically impressive prints with added value.

Properties and Benefits

• Glittery effect: Fine glitter particles in the material mask the visibility of layers, leading to visually attractive prints.
• Increased hardness: Added particles improve hardness and compression resistance compared to regular PLA.
• Easy printing: The material is user-friendly and suitable even for beginners.
• Eco-friendly: PLA is a biodegradable thermoplastic, environmentally friendly.

Spectrum PLA Glitter is suitable for a wide range of applications

• Interior design and decorations
• Advertising and promotional materials
• Educational projects
• Figurines and models
• Stands and holders

Thanks to its properties, this filament is ideal for projects where visual presentation and aesthetics are important.

Technical Parameters

• Diameter: 1.75 mm
• Weight: 0.5 kg
• Printing temperature: 190-220°C
• Bed temperature: max. 65°C (not necessarily required)
• Recommended nozzle diameter: 0.4 mm and above

Tips for Optimal Printing

• Storage: Keep in a dry place to maintain print quality.
• Bed preparation: Thoroughly degrease with isopropyl alcohol if not using adhesive.
• Cooling: For small prints, set a higher fan speed.
• Wall thickness: Affects the level of gloss - experiment to achieve the desired effect.

Packaging and Storage

The filament is wound on a transparent spool with dimensions Ø200x78 mm with a center of Ø52 mm. The entire package is vacuum-sealed with a moisture absorber, ensuring optimal storage conditions.

Spectrum PLA Glitter 1.75mm is suitable for 3D printer users looking for a combination of easy printing and impressive appearance. Due to its properties and wide range of applications, this filament is suitable for both hobby enthusiasts and professional applications in design and advertising.