Polymaker CA02034 Panchroma™ Luminous Filament PLA luminiscent 1.75 mm 1000 g Pink 1 pc(s)
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Highlights & Details
Panchroma™ Luminous PLA (Formerly PolyLite™ Luminous) - Colourful PLA glow in the dark
- Luminiscent / phosphorescent
Technical specifications
- Heated bed temperature 25 - 60 °C
- Product type
Filament
- Filament material
PLA
- Filament properties
luminiscent
- Filament Ø
1.75 mm
- Filament colour
Pink
- Heated bed required
Yes
- Printing temperature (min.)
190 °C
- Max. printing temperature
230 °C
- Weight
1000 g
- Content
1 pc(s)
- UKCA
yes
Documents & Downloads
User & Safety Instructions
User & Safety Instructions 3399252 Polymaker CA02034 Panchroma™ Luminous Filament PLA luminiscent 1.75 mm 1000 g Pink 1 pc(s)
Description
The Panchroma™ Luminous Filament offers a unique color in daylight and shines in a similar color in the dark!
The Luminous series is a colorful, bright PLA (Glow in the Dark) for your most innovative applications.
Panchroma™ Luminous PLA was formerly called PolyLite™ Luminous PLA.
WAS is the difference between Panchroma™ Glow PLA and Panchroma™ Luminous PLA?
Both materials have the same light effect. The difference lies in the color they have before immersing in the darkness.
Panchroma™ Glow PLA has a natural color when viewed with light, while Panchroma™ Luminous PLA has the same color in light and dark.
Is WAS the difference between fluorescent and phosphorescent (luminescent)?
The difference between fluorescent and phosphorescent is mainly in the duration and type of light emission:
Fluorescence:
Fluorescent materials light only while excited by an external light source. As soon as the light source is removed, the light stops immediately. This effect is short-lived because the electrons are moved to the excited state and immediately return to their basic state, where light is emitted.
An example of this is the fluorescent color in text markers or fluorescent colors that are visible under black light.
Phosphorescent:
Phosphorescent materials store energy from the light source and release it slowly over a longer period of time. The material continues to light even after the light source is removed. The process is slower because the electrons enter metastable conditions and gradually return, which will radiate light for a longer period of time.
Examples are "glow-in-the-dark" filaments that glow in the dark.
In summary, fluorescence is short and instantaneous, while phosphorescence lasts longer. Both are fascinating phenomena of photoluminescence!
Panchroma™ is a new family of technical polymer compounds with PLA. The recipes are optimized for every color/surface to ensure optimum aesthetics and printability. You can print reliably on any FFF/FDM 3D printer under typical PLA settings.
All Panchroma™ products are PLA, except those listed under "Experimental".
This text is machine translated.
The Luminous series is a colorful, bright PLA (Glow in the Dark) for your most innovative applications.
Panchroma™ Luminous PLA was formerly called PolyLite™ Luminous PLA.
WAS is the difference between Panchroma™ Glow PLA and Panchroma™ Luminous PLA?
Both materials have the same light effect. The difference lies in the color they have before immersing in the darkness.
Panchroma™ Glow PLA has a natural color when viewed with light, while Panchroma™ Luminous PLA has the same color in light and dark.
Is WAS the difference between fluorescent and phosphorescent (luminescent)?
The difference between fluorescent and phosphorescent is mainly in the duration and type of light emission:
Fluorescence:
Fluorescent materials light only while excited by an external light source. As soon as the light source is removed, the light stops immediately. This effect is short-lived because the electrons are moved to the excited state and immediately return to their basic state, where light is emitted.
An example of this is the fluorescent color in text markers or fluorescent colors that are visible under black light.
Phosphorescent:
Phosphorescent materials store energy from the light source and release it slowly over a longer period of time. The material continues to light even after the light source is removed. The process is slower because the electrons enter metastable conditions and gradually return, which will radiate light for a longer period of time.
Examples are "glow-in-the-dark" filaments that glow in the dark.
In summary, fluorescence is short and instantaneous, while phosphorescence lasts longer. Both are fascinating phenomena of photoluminescence!
Panchroma™ is a new family of technical polymer compounds with PLA. The recipes are optimized for every color/surface to ensure optimum aesthetics and printability. You can print reliably on any FFF/FDM 3D printer under typical PLA settings.
All Panchroma™ products are PLA, except those listed under "Experimental".
This text is machine translated.
System requirements
- A hardened nozzle is required for printing.