Polymaker Panchroma PLA Silk Bronze 1,75 mm 1 kg

Ordinary PLA filaments often leave prints looking dull and layered, lacking the visual depth that makes models stand out. The Polymaker Panchroma PLA Silk in Bronze solves this by combining a silky, glossy surface with a rich bronze tone that catches the light beautifully. Whether you are crafting decorative vases, artistic sculptures, or cosplay props, this filament delivers a premium finish straight off the print bed.

Who is it for

This filament is ideal for makers, artists, and hobbyists who demand high-quality aesthetics without post-processing. It works with any standard FDM 3D printer that accepts 1.75 mm filament, and its cardboard spool makes it an eco-conscious choice for your workshop.

Main features

• Silk PLA with a glossy, iridescent bronze finish for eye-catching prints
• Co-extruded multi-color effect adds subtle depth and shimmer
• Precision 1.75 mm diameter with tight ±0.03 mm tolerance for reliable extrusion
• 1 kg net weight on a recyclable cardboard spool
• Vacuum sealed with desiccant to maintain filament quality
• Broad printing temperature range (190–230 °C) for compatibility with most printers

Specifications

• Material: Polylactic Acid (PLA)
• Filament type: Silk, co-extruded multi-color
• Diameter: 1.75 mm
• Diameter tolerance: ±0.03 mm
• Net weight: 1 kg
• Spool material: Cardboard
• Recommended nozzle temperature: 190–230 °C
• Recommended bed temperature: 25–60 °C (or unheated)
• Recommended printing speed: 30–70 mm/s
• Density: 1.17–1.24 g/cm³
• Spool dimensions: 200 mm diameter, 65 mm width, 55 mm hub hole
• Compatibility: FDM 3D printers

Tips

For best results, print a temperature tower to fine-tune the nozzle temperature within the recommended range. Store the filament in a dry box when not in use to preserve its silk finish. A heated bed is optional, but if used, keep it at or below 60 °C to prevent warping. This filament is not recommended for functional parts requiring high impact resistance; it excels in decorative applications.