








Panchroma Gradient Luminous Rainbow PLA Filament 1.75mm For 3D Printing 1kg Spool Dope Glow In The Dark Finish Smooth Flow Rich Color Shifts For Most FDM Printers
✔️ 1.75 mm PLA, 1 kg spool, gradient luminous rainbow finish
This glow in the dark gradient PLA filament is a 1.75 mm diameter, 1 kg spool designed for open-filament FDM printers. It delivers vivid color shifts and a luminous finish for figurines, decorations, cosplay props, and party decor.
âś… 1.75 mm filament diameter, 1 kg spool
âś… Glow-in-the-dark gradient rainbow finish for vivid color shifts
âś… Compatible with most open-filament FFF/FDM printers
âś… Tangle-free winding, dried and vacuum-sealed with desiccant
đź’ˇ What is a glow in the dark filament used for and how does the glow work? Glow filaments charge from bright light and emit a glow in dark spaces, adding visibility and flair to projects.
- handy for decorative figures and props
- ideal for party decor and costumes
- works with most open filament 3D printers
- glow duration depends on exposure and print thickness
Original: $43.42
-65%$43.42
$15.20Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
✔️ 1.75 mm PLA, 1 kg spool, gradient luminous rainbow finish
This glow in the dark gradient PLA filament is a 1.75 mm diameter, 1 kg spool designed for open-filament FDM printers. It delivers vivid color shifts and a luminous finish for figurines, decorations, cosplay props, and party decor.
âś… 1.75 mm filament diameter, 1 kg spool
âś… Glow-in-the-dark gradient rainbow finish for vivid color shifts
âś… Compatible with most open-filament FFF/FDM printers
âś… Tangle-free winding, dried and vacuum-sealed with desiccant
đź’ˇ What is a glow in the dark filament used for and how does the glow work? Glow filaments charge from bright light and emit a glow in dark spaces, adding visibility and flair to projects.
- handy for decorative figures and props
- ideal for party decor and costumes
- works with most open filament 3D printers
- glow duration depends on exposure and print thickness
























