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Filament Poly PolyLite Luminous PLA 1.75 mm 1 kg — Yellow
Filament Poly PolyLite Luminous PLA 1.75 mm 1 kg — Yellow
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Filament Poly PolyLite Luminous PLA 1.75 mm 1 kg — Yellow
Leave your address - as soon as the price of the product goes down, you'll know about it right away
Filament Poly PolyLite Luminous PLA 1.75 mm 1 kg — Yellow
Filament Poly PolyLite Luminous PLA 1.75 mm 1 kg — Yellow
Poly PolyLite Luminous PLA 1.75 mm is a 1 kg spool of yellow glow-in-the-dark filament formulated for FDM 3D printing. The material delivers standard PLA printability and dimensional stability while incorporating photoluminescent additives that store light and emit visible luminescence in dark conditions after exposure to a light source. It is intended for general-purpose projects that require a luminous effect without special printing hardware.
This luminous PLA offers reliable extrusion and layer adhesion comparable to standard PLA, enabling predictable print results on machines calibrated for 1.75 mm materials. The yellow base color produces a bright visible glow after charging with ambient or artificial light. Low-warp characteristics and compatibility with common PLA print settings reduce print failures and post-processing time.
Load the filament onto an FDM printer configured for 1.75 mm PLA and use standard PLA print settings as a starting point. Typical nozzle temperatures range around common PLA settings; adjust temperature and print speed to achieve optimal extrusion and surface finish for your specific printer. For best luminescent performance, expose printed parts to natural or artificial light to charge the photoluminescent additives; longer exposure increases glow intensity and duration. Store the spool in a dry environment and dry filament if it absorbs moisture before printing.
For consistent results, calibrate extrusion multiplier and retraction for your printer and print test samples before producing final parts. Charge printed items under bright light for several minutes to maximize glow, and avoid prolonged exposure to high heat which can reduce photoluminescent properties over time.
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