Phosphorescent Pigments
Lumilux® Effect Green N (50000)
Main use: Afterglow plastic sheets, screen printing inks, injection molding.
Lumilux N-series products are phosphorescent pigments that store energy when exposed to the sun or an artificial light source, and emit light long after the source has been removed. They are zinc sulfide-based, and meet UL and CE safety standards.
General Information
- Typical Uses
- Solvent-based paints and inks
- Enamel
- Ceramics
- Thermosetting plastics
- Water-based paints
- Thermoplastics
- Maximum Particle Size
- 46, PSD50
- Compatibility
- Insoluble in water
- Organic solvents and decomposed by acids
- Alkalies
- Application
- Plastic
- Ink
- Particle Texture/Size
- Coarse (D50 30 - 40 µm)
- Product Type
- Luminescent/Phosphorescent Pigments
Physical Properties
- Solubility in Water
- Insoluble
- Particle Size Distribution
- < 46 μm, PSD50
- Phosphorescence Color
- Green
- Brightness
- 66 after 5 minutes
- 3.1 after 60 minutes
- Min 97% after 10 min
- Solubility
- Insoluble
- Color
- yellow-green
- Physical Form
- Powder
- Screen Analysis
- 1% oversized particles on 125 μm testing screen
- Chemical Composition
- ZnS: Cu
- Density
- 4.1 g/cm³
- Typical Afterglow Brightness
- Min 97% after 10 min
- pH
- >11 of a waterbased slurry
- Luminance DIN 67510-1
- 66 mcd/m2 after 5 minutes
- 3.1 mcd/m2 after 60 minutes
- 28 mcd/m2 after 10 min
Safety Information
- Incompatible Materials
- Strong acids
General Information
- Typical Uses
- Solvent-based paints and inks
- Enamel
- Ceramics
- Thermosetting plastics
- Water-based paints
- Thermoplastics
- Maximum Particle Size
- 46, PSD50
- Compatibility
- Insoluble in water
- Organic solvents and decomposed by acids
- Alkalies
- Application
- Plastic
- Ink
- Particle Texture/Size
- Coarse (D50 30 - 40 µm)
- Product Type
- Luminescent/Phosphorescent Pigments
Physical Properties
- Solubility in Water
- Insoluble
- Particle Size Distribution
- < 46 μm, PSD50
- Phosphorescence Color
- Green
- Brightness
- 66 after 5 minutes
- 3.1 after 60 minutes
- Min 97% after 10 min
- Solubility
- Insoluble
- Color
- yellow-green
- Physical Form
- Powder
- Screen Analysis
- 1% oversized particles on 125 μm testing screen
- Chemical Composition
- ZnS: Cu
- Density
- 4.1 g/cm³
- Typical Afterglow Brightness
- Min 97% after 10 min
- pH
- >11 of a waterbased slurry
- Luminance DIN 67510-1
- 66 mcd/m2 after 5 minutes
- 3.1 mcd/m2 after 60 minutes
- 28 mcd/m2 after 10 min
Safety Information
- Incompatible Materials
- Strong acids
- Typical Uses : Solvent-based paints and inks|Enamel|Ceramics|Thermosetting plastics|Water-based paints|Thermoplastics
- Maximum Particle Size : 46, PSD50
- Compatibility : Insoluble in water|Organic solvents and decomposed by acids|Alkalies
- Application : Plastic|Ink
- Solubility in Water : Insoluble
- Particle Size Distribution : < 46 μm, PSD50
- Phosphorescence Color : Green
- Brightness : 66 after 5 minutes|3.1 after 60 minutes|Min 97% after 10 min
- Solubility : Insoluble
- Color : yellow-green
- Physical Form : Powder
- Screen Analysis : 1% oversized particles on 125 μm testing screen
- Chemical Composition : ZnS: Cu
- Density : 4.1 g/cm³
- Typical Afterglow Brightness : Min 97% after 10 min
- pH : >11 of a waterbased slurry
- Incompatible Materials : Strong acids
- Luminance DIN 67510-1 : 66 mcd/m2 after 5 minutes|3.1 mcd/m2 after 60 minutes|28 mcd/m2 after 10 min
- Particle Texture/Size : Coarse (D50 30 - 40 µm)
- Product Type : Luminescent/Phosphorescent Pigments
Data Sheet
Name
Description
File Size
Date
Size
Brochure
Name
Description
File Size
Date
Size
Lumilux® portfolio includes cutting-edge solutions for currency, government documents, brand protection, safety, novelty applications, all reflecting longstanding, advanced expertise in security pigments, detection solutions.
1.87 MB
6/18/2021
PDF 1.87 MB
Name
Description
File Size
Date
Size
Lumilux® portfolio includes cutting-edge solutions for currency, government documents, brand protection, safety, novelty applications, all reflecting longstanding, advanced expertise in security pigments, detection solutions.
1.87 MB
6/18/2021
PDF 1.87 MB