eSUN PLA Clear Rainbow 1.75mm

eSUN PLA Clear Rainbow 1.75mm – Vibrant Translucent, Dynamic Color Transitions

Bring your prints to life with brilliant light transmission and smooth color shifts. eSUN PLA Clear Rainbow combines high-transparency PLA with a multi-tone gradient effect. Designed to produce a smooth transition through a spectrum of vibrant, semi-transparent colors within a single spool, it creates stunning visual depth and light-catching effects on every model.

Key Features:

• Translucent Rainbow Shift: Features a continuous, smooth transition between multiple vibrant transparent colors, delivering a distinct visual effect on medium-to-large prints.
• High Optical Clarity: Offers excellent light permeability and a glossy surface finish, allowing light to shine through hollow or thin-walled models.
• High-Speed Compatible: Formulated with great melt-flow behavior, making it suitable for modern high-speed printers while maintaining strong layer adhesion.
• Easy to Print: Delivers minimal shrinkage and low warping characteristics, ensuring consistent first-layer adhesion and trouble-free printing across standard FDM machines.
• Neat Winding Process: Precision-spooled using eSUN’s anti-tangle technology to prevent snags and misfeeds during long multi-color prints.

Ideal Applications:

• Lighting & Lampshades: Perfect for custom LED diffusers, night lights, and decorative lamps that benefit from vibrant light transmission.
• Vases & Containers: Ideal for spiralized vase mode prints where gradient transitions and translucent walls create stunning artwork.
• Cosplay & Magic Props: Excellent for gem-like artifacts, sci-fi energy weapons, potion bottles, and crystal accessories.
• Decorative Figures: Great for dragon models, geometric sculptures, and display pieces that highlight dynamic color changes.

Pro Tip:

Print with thicker perimeters or in "Spiral Outer Contour" (Vase Mode) to maximize light transmission and showcase the transparent rainbow effect!

Together, Layer by Layer!

• eSUN PLA CLEAR TDS_EN.pdf