SUNLU PLA+ Silk Forth-Color -filamentti 1,75 mm Blue-Purple-Orange-Yellow Gradient 1 kg

Experience vibrant multi-color 3D printing with the SUNLU PLA+ Silk Forth-Color Filament. This premium filament features a stunning blue-purple-orange-yellow gradient that transitions smoothly, creating eye-catching prints with a glossy silk finish. Engineered for reliability and ease of use, it delivers high toughness, excellent layer adhesion, and a tangle-free winding for uninterrupted printing.

Advantages

The PLA+ Silk formula combines the strength of PLA+ with a luxurious silk sheen, resulting in prints that are both durable and visually striking. The four-color gradient eliminates the need for multiple spools, saving time and cost. With a diameter tolerance of ±0.02 mm, consistent extrusion ensures precise details. The filament is bubble-free and made from recycled plastic spools, supporting eco-friendly practices.

Suitable for

• Decorative objects and art pieces requiring a glossy, multi-color finish
• Prototypes and functional parts needing high toughness and good layer adhesion
• Gifts, toys, and educational projects where vibrant color transitions are desired
• FDM 3D printers with a 1.75 mm filament diameter

Key specifications

• Material: PLA+ (Polylactic Acid Plus)
• Filament Type: Silk (Glossy Finish)
• Color: Blue-Purple-Orange-Yellow Gradient
• Filament Diameter: 1.75 mm
• Diameter Tolerance: ±0.02 mm
• Net Weight: 1 kg
• Gross Weight: 1.25 kg
• Recommended Print Temperature: 200-230°C
• Recommended Bed Temperature: 50-65°C
• Recommended Print Speed: 50-100 mm/s
• Tensile Strength: ≥60 MPa
• Elongation at Break: ≥20%
• Density: 1.24 g/cm³
• Bubble: 100% No Bubble
• Spool Material: Recycled Plastic
• Compatibility: FDM 3D Printers

Recommendations

For best results, store filament in a dry environment and use a filament dryer if needed. Adjust print temperature within the recommended range to optimize layer adhesion and surface finish. This filament is ideal for creating multi-color prints without the complexity of multi-material systems.