Prof. Lab SILK PLA DUAL COLOR 1 kg PINK - GOLD
| Category: | Filament |
|---|---|
| Packaging: | With a spool |
| Color: | Pink, Multicolor, Gold |
| Specific properties: | Two-color, Silk |
| AMS compatible: | Yes (for AMS Lite with reduction) |
| Material: | PLA SILK |
| Weight: | 1 kg |
| Diameter: | 1,75 mm |
Prof. LAB SILK PLA DUAL COLOR
Professional Prof. Lab Silk PLA Dual Color filament is a reliable and easy-to-print material that brings stunning dual-color glossy effects to all your 3D prints.
Key Features:
- Dual Color Glossy Effect: Dynamic interplay of two colors with a beautiful silky sheen, changing with the viewing angle.
- Reliable and Easy-to-Print: Minimizes printing issues for trouble-free results.
- Excellent Surface Quality: For detailed and smooth models with captivating gloss and no visible layers.
- High diameter accuracy: Ensures consistent extrusion and stable printing.
- Minimal odor during printing: Comfortable use even in less ventilated areas.
- Environmentally friendly: Made from renewable plant-based resources, biodegradable under industrial composting conditions.
TO USE WITH AMS LITE, IT IS NECESSARY TO PRINT A REDUCTION.
Material Properties:
- Biodegradable polyester material from plant-based materials
- Most commonly used material
- Biodegradable
- One of the easiest plastics to print
- Soluble in trichloromethane (also known as chloroform)
Technical Parameters:
- Filament diameters 1.75 ±0.03 mm
- Empty spool weight 180 g
- Filament length ±330 m
- Total spool weight ±1180 g
- Spool Diameter 195 mm
- Spool width 59mm (COMPATIBLE WITH AMS)
- Spool bore 75 mm (COMPATIBLE WITH AMS LITE ONLY WITH REDUCTION)
Printing Parameters Recommended by the Manufacturer:
- Nozzle temperature 200-230 °C
- Bed temperature 40-60 °C
+ Amazing effect of three colors on the print
+ Easy Printing
+ Suitable for printing figures, boxes, models, and prototypes, etc., for unstressed parts
- Not suitable for printing parts subjected to mechanical or thermal stress
- The color position can gradually change depending on the filament's rotation