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Volume Pricing Available
Panchroma™ Dual Silk PLA 1.75mm 3D Printer Filament
Panchroma™ Dual Silk PLA is a premium dual-color silk PLA filament designed to create striking color transitions and a smooth, glossy finish. Each spool combines two complementary silk colors, producing a dynamic visual effect that changes depending on the model's geometry, orientation, and lighting.
The new and improved formula addresses common problems found with traditional silk PLA, including brittleness, clogging, stringing, and loss of shine at higher speeds. Improved layer adhesion provides stronger prints while maintaining the smooth, high-gloss appearance that makes silk filament popular for decorative models.
Panchroma™ Dual Silk PLA maintains its rich silk effect at speeds up to 150 mm/s and can be printed at speeds up to 250 mm/s. It works with standard PLA settings on most FDM 3D printers and does not require an enclosure or specialized hardware.
Formerly known as PolyLite™ Dual Silk PLA, Panchroma™ Dual Silk PLA is an excellent choice for decorative models, cosplay props, sculptures, miniatures, flexi toys, and other visually focused prints.
Key Benefits
• Dynamic two-color silk effect
• Smooth, high-gloss finish
• Vibrant color transitions
• Maintains silk shine at speeds up to 150 mm/s
• Printing speeds up to 250 mm/s
• Improved layer adhesion
• Reduced brittleness and clogging
• Reliable feeding and clean extrusion
• Easy to print using standard PLA settings
• No enclosure or specialized hardware required
• Compatible with AMS and other multi-material systems
• Available in multiple dual-color combinations
Typical Applications
• Decorative models
• Sculptures and artistic prints
• Figurines and miniatures
• Flexi toys
• Cosplay props and accessories
• Home décor
• Collectibles
• Desk accessories
• Fantasy models
• Gifts and novelty items
• Display models
• Low-wear decorative parts
Panchroma™ Dual Silk PLA is ideal for aesthetic applications where vibrant color, dynamic transitions, and a glossy silk finish are more important than high-load mechanical performance.
Specifications
Material: PLA-based Silk Filament
Filament Diameter: 1.75mm
Net Weight: 1kg
Density: 1.24 g/cm³
Finish: Dual-Color Silk / Glossy
Colors: Multiple dual-color combinations
Enclosure: Not required
AMS Compatibility: Yes
Nozzle: 0.4mm or larger recommended
Mechanical Properties
• Tensile Strength XY: 41.1 MPa
• Tensile Strength Z: 23.8 MPa
• Young's Modulus XY: 2403 MPa
• Notched Charpy Impact: 13.8 kJ/m²
Mechanical properties tested using 100% infill specimens.
Thermal Properties
Polymaker does not currently specify detailed thermal property values on the current product page for Panchroma™ Dual Silk PLA.
Recommended Print Settings
• Nozzle Temperature: 190–230°C
• Bed Temperature: 25–60°C
• Print Speed: Up to 250 mm/s
• Silk Effect: Maintains rich shine up to approximately 150 mm/s
• Cooling Fan: ON
• Direct Drive Retraction: 1mm at 20mm/s
• Indirect Drive Retraction: 3mm at 40mm/s
• Drying: 55°C for 6 hours if the material has absorbed moisture
• Enclosure: Not required
• Use standard PLA settings with a 0.4mm or larger nozzle
• Reduce speed if the intended silk shine or dual-color effect becomes muted
• Orient the model to maximize the desired color transition
• Use glue when needed on PC or textured PEI build surfaces
Additional Information
• Formerly known as PolyLite™ Dual Silk PLA
• New and improved dual silk formula
• Designed to resist brittleness, clogging, snapping, and stringing
• Improved layer adhesion compared with traditional dual silk PLA
• Dual-color transition depends on model geometry, orientation, and spool orientation
• Compatible with AMS and other multi-material systems
• Designed primarily for aesthetic applications rather than high-load mechanical parts
• Available in a range of dual-color combinations including Lime-Magenta, Silver-Blue, Yellow-Blue, Blue-Green, Gold-Silver, Gold-Purple, Gold-Magenta, Green-Silver, and Gold-Red
Note: Material shipment times are subject to Polymaker warehouse stock and production times.













