High Speed Dual Color Silk PLA – Green & Yellow | 1.75mm, 1kg

Add vibrancy and speed to your 3D prints with the High Speed Dual Color Silk PLA – Green & Yellow filament. Featuring a bright green and yellow dual-color effect, this filament creates eye-catching prints that stand out. With the ability to print up to 500mm/s, it ensures quick, high-quality results without sacrificing precision. Whether you’re creating prototypes, decorative items, or functional parts, this filament provides smooth extrusion, vibrant colors, and an exceptional glossy silk finish.

Key Features:

• High-Speed Printing: Achieve print speeds of up to 500mm/s, allowing for faster project completion while maintaining excellent print quality.

• Dual Color Effect: The vibrant green and yellow color combination creates a dynamic, high-contrast effect, making it ideal for designs that need to be bold and striking.

• Precision Diameter: With a 1.75mm diameter and ±0.03mm tolerance, this filament ensures consistent and accurate extrusion for precise, detailed prints.

• Smooth Extrusion: Fully mechanical winding eliminates tangling and bubbles, providing a smooth, reliable printing experience.

• Glossy Silk Finish: The filament’s silk-like texture delivers a shiny, metallic-like appearance, enhancing the visual quality of your prints.

Technical Specifications:

• Material: Silk PLA (Polylactic Acid)

• Diameter: 1.75mm ±0.03mm

• Net Weight: 1kg

• Recommended Print Temperature: 190–220°C

• Recommended Heated Bed Temperature: 50–60°C

• Printing Speed: 30–500mm/s

• Spool Dimensions: Inner Diameter: 56mm; Outer Diameter: 200mm

Ideal Applications:

Perfect for creating vibrant prints, including prototypes, jewelry, decorative items, and more. The green and yellow dual-color effect with a glossy silk finish makes it perfect for projects requiring bold, colorful, and high-quality results.

Packaging & Storage:

Each spool is vacuum-sealed to keep the filament dry and free from dust. Store unused filament in a cool, dry, and dust-free environment to preserve its quality and ensure optimal printing performance.