Violet-Violet Bulk Uv Reactive Glow Dust Powder For Slime Resin Paint

iSuoChem® FCP35-2 is a violet-to-violet glow in the dark powder with a purple daytime color and purple afterglow. This bulk glow dust powder is designed for applications such as slime, resin, paint, inks and plastics, offering a distinctive luminous effect after light exposure. It is a practical choice for buyers sourcing violet glow powder for slime, glow powder for resin, and other decorative formulations.

Product Information – FCP35 Violet Glow in the Dark Powder

Product Name: Luminous Pigment

Other Name: Photoluminescent Pigment / Glow in the dark pigment / Powder / Strontium Aluminate Powder

Model: FCP35

Product Type: Strontium Aluminate Fluorescence Pigment

Appearance: Purple

Glowing Color: Purple

Chemical Family Name: Strontium aluminate europium doped

Chemical Composition – FCP35 Violet Glow in the Dark Pigment

Physical and Chemical Properties – FCP35 Purple Photoluminescent Pigment

About iSuoChem® manufacturing process

Features of FCP35 Violet Glow in the Dark Powder

• Purple daytime appearance
• Purple glow-in-the-dark effect
• Photoluminescent pigment structure
• Strontium aluminate based composition
• Repeated energy absorption and visible light emission
• Good thermal stability
• Stable chemical behavior
• Insoluble in organic solvents
• Non-combustible inorganic pigment
• Stable under proper storage conditions

Recommended Applications for FCP35 Violet Glow in the Dark Powder

Paint & Coatings	iSuoChem® FCP35 violetglow in the dark powdercan be used as a luminous additive in paint and coating systems to create a purple afterglow effect. As aglow powder for paint, it can be incorporated into suitable coating formulations where a visible photoluminescent effect is required.
Printing Ink	FCP35 violetglow dust powdercan be added to printing ink systems as a photoluminescent pigment, providing a purple glow effect after exposure to a suitable light source.
Plastics	This violetglow in the dark pigment powdercan be incorporated into plastic media as a luminous additive, providing a purple photoluminescent effect in suitable plastic products.
Glass	FCP35 photoluminescentglow powdercan be used as an additive in suitable glass media to introduce a purple glow-in-the-dark effect after light excitation.
Ceramics	This violetbulk glow powdercan also be incorporated into suitable ceramic media as a luminous pigment, providing a purple afterglow effect in ceramic applications.

How Does FCP35 Violet Glow in the Dark Powder Work?

For coatings, inks and plastics, FCP35 violet glow in the dark powder functions as a persistent photoluminescent pigment rather than a continuously powered light source. The product is based on a SrAl₂O₄ strontium aluminate host containing europium and dysprosium, consistent with the composition specified for FCP35. Within this type of persistent phosphor, Eu²⁺ acts as a luminescent center, while Dy-associated sites and native crystal defects contribute to the charge-trapping system.[1]

When the violet glow powder absorbs light within an effective excitation range, charge carriers move to higher-energy states. Some contribute to immediate luminescence, while others are temporarily captured by traps within the crystal. After the light source is removed, these trapped carriers are gradually released through thermally assisted detrapping and related charge-transfer processes. Their subsequent recombination at Eu²⁺-related luminescent centers produces the persistent afterglow characteristic of strontium aluminate phosphors.[2] For FCP35, the product specification identifies both its daytime appearance and glowing color as purple.

Because the stored charge is released progressively, the brightness of this glow dust powder decreases with time after excitation. Measured afterglow performance depends on factors such as excitation conditions, charging duration, temperature and measurement delay. Different glow in the dark pigment powder grades should therefore be compared under consistent test conditions rather than only by unspecified claims about total glow hours.[1]

FAQ

What kind of pricing benefits can buyers get when purchasing this pigment in large quantities?

As a direct factory supplier, we provide preferential bulk rates tailored to order volume. The more you purchase, the more favorable the unit price will be, helping businesses reduce procurement costs significantly.

How does the luminous performance of this pigment stand out in low-light environments?

It delivers striking luminosity that remains highly visible even in complete darkness, and the glowing effect can last for an extended period after being exposed to light sources.

Is this luminous pigment safe for use in products that come into contact with skin, like nail art or cosmetics?

Yes. Our pigment is formulated to be non-toxic and eco-friendly, complying with international safety standards such as REACH and RoHS. It contains no harmful heavy metals or radioactive materials, making it safe for skin-contact applications including nail art, body paint, and cosmetic formulations.

Related Reading

Temperature can influence the performance and processing stability of glow in the dark powder. This guide explains how different temperature conditions affect luminous performance, compares regular and heat-resistant glow powder grades, and discusses temperature considerations for glow powder for paint, ceramics and injection-molded plastics. It is a useful reference when selecting or processing glow dust powder for applications involving elevated temperatures. Read more.

References

[1] Li, Yang, Mindaugas Gecevicius, and Jianrong Qiu. “Long Persistent Phosphors—From Fundamentals to Applications.” Chemical Society Reviews, vol. 45, no. 8, 2016, pp. 2090–2136.

[2] Lü, Xingdong, Minjuan Zhong, and Renqin Wang. “Roles of Eu²⁺, Dy³⁺ Ions in Persistent Luminescence of Strontium Aluminates Phosphors.” Journal of Wuhan University of Technology—Materials Science Edition, vol. 23, 2008, pp. 652–657.