INTRODUCING STRONTIUM ALUMINATE PIGMENT

WHAT IS GLOW IN THE DARK POWDER
WHY STRONTIUM ALUMINATE REPLACES ZINC SULFIDE IN GLOW IN THE POWDER
WHY STRONTIUM ALUMINATE IS AN ECO-FRIENDLY MATERIAL
In Summary

WHAT IS GLOW IN THE DARK POWDER

The-three-main-colors-of-Glow-in-the-dark--powder

Glow In The Dark Powder Luminescence Principle:

Absorbs various visible lights, such as sunlight and artificial light, and emits light in the dark. Principle: Transition of light ions, which is a physical change. It has three main colors of yellow-green, blue-green and sky blue, and 8 kinds of dyeing powders. Contains a variety of applications: plastics, inks, paints, rubber & silicone, resins, glass & ceramics.

Eco-friendly, Non-toxic, Non-radiative (SVHC – European Standard, testing 181 substances, all compliant with SVHC requirements).

The first generation, radium, emits radiation. The second generation, Zinc Sulphate (ZnSO4), pollutes the environment with acid rain. Nowadays, the vast majority on the market is the third generation, Strontium Aluminate (SrAl2O4), which uses rare earth as an excitation agent to make it luminescent, non-toxic, non-radiative, and eco-friendly.

Lifespan and Storage Conditions:

Luminescence is a physical change, so the lifespan is 15-20 years. It should be stored in a dry and cool place. Once opened, it should be used as soon as possible. If not used up, the bag should be tightly sealed to prevent moisture absorption (moisture absorption will cause whitening and clumping, weakening or disappearing the luminescent effect).

WHY STRONTIUM ALUMINATE REPLACES ZINC SULFIDE IN GLOW IN THE POWDER

Strontium aluminate has become the preferred material for glow-in-the-dark pigments, replacing zinc sulfide due to several advantages in performance, safety, and environmental impact. Here are the main reasons why strontium aluminate is favored over zinc sulfide:

Longer Glow Duration:

Strontium aluminate pigments have a significantly longer afterglow time compared to zinc sulfide. This makes them more suitable for applications where prolonged luminescence is needed without external energy sources.

Higher Brightness:

Strontium aluminate pigments can store more light energy and emit it with higher brightness. This property makes them more effective in low-light conditions and enhances their usability in safety and emergency signage.

Environmental and Safety Benefits:

Unlike zinc sulfide, which may require the addition of radioactive elements to enhance its glow, strontium aluminate is non-toxic, non-hazardous, and non-radioactive. This makes it a safer and more environmentally friendly option.

Stability Under Various Conditions:

Strontium aluminate is chemically and physically more stable than zinc sulfide. It performs well under different environmental conditions such as changes in humidity and temperature, which can degrade the performance of zinc sulfide-based pigments.

Broader Application Scope:

Due to the above advantages, strontium aluminate pigments are used in a wider range of applications, including safety signs, transportation, consumer goods, and artistic applications. They meet the demands for high-performance luminescent materials across various industries.

Limited Color Range:

While zinc sulfide pigments are typically limited in color options, strontium aluminate pigments also offer a limited range but are generally available in more vibrant and useful glow colors like green and blue, which are preferred for visibility and aesthetic purposes.

These factors contribute to why strontium aluminate has largely replaced zinc sulfide in new glow-in-the-dark products, aligning with industry trends towards safer, more effective, and environmentally friendly materials.

WHY STRONTIUM ALUMINATE IS AN ECO-FRIENDLY MATERIAL

Strontium aluminate, as a raw material for luminous powder, is widely favored for its unique non-toxic and harmless characteristics. Its efficient and environmentally friendly luminescent properties make it an ideal choice for various safety signs, decorations, and consumer goods. But why do we say strontium aluminate is an eco-friendly material?

Strontium aluminate, as a non-toxic, harmless, and non-radioactive material, demonstrates its safety in the following aspects:

Chemical Stability: Strontium aluminate exhibits extremely high chemical stability. Under normal conditions of use, it does not decompose or release harmful substances, ensuring its safe use in various environments.
Physical Properties: The principle of its luminescence is based on electron transition rather than chemical reaction. This means that its light emission process does not produce harmful substances and can be reused without diminishing its eco-friendliness over time.
Biocompatibility: Due to its non-toxic nature, strontium aluminate is friendly to both humans and the environment, causing no skin irritation or respiratory system impacts. This makes strontium aluminate-based luminous powder an ideal material for making toys, safety signs, personal protective equipment, and other products.
Non-Radioactivity: Strontium aluminate does not contain radioactive elements and does not emit any form of radioactive radiation. This is particularly important when compared to previous radioactive luminescent materials such as zinc sulfide. Therefore, strontium aluminate-based luminous powder has significant advantages in terms of safety.
Environmental Characteristics: The production and use of strontium aluminate do not pollute the environment. It is a green and environmentally friendly material widely used in various environmental projects and products, such as environmentally friendly building materials, traffic safety facilities, and various safety and identification fields, including emergency exit signs, escape route indicators, safety helmets, etc.
Compliance with EU Environmental Standards: Strontium aluminate-based luminous powder meets the strict requirements of European environmental standards, such as the SVHC standard, further proving its non-toxic, harmless, and non-radioactive characteristics.

In Summary

These characteristics make strontium aluminate an ideal material widely used in civil and industrial fields, especially in areas where high material safety performance is required, such as children’s toys, safety signs, and decorative materials. It not only guarantees the safety of products but also responds to the increasing demands for environmental protection and human health.

Technology FAQsGlowUp2023-08-25T06:13:41+00:00

Technology FAQs

What is the percentage of glow in the dark pigment mixed with plastic?

In the end products, the percentage of glow in the dark pigment shall not exceed 10% – 15% at most, otherwise it’s easy to be blacken. The specific proportion needs to be comprehensively considered by the customer according to the cost and testing situation.

What’s the precaution for use ?

1.It needs to be mixed with the transparent and colorless PH 6-8 liquid medium.
2.In order to avoid impurities caused by friction, it’s better to use ceramic or wood tool while mixing, and avoid using ironware.
3.Glow in the dark pigment can’t be grind for protecting it’s brightness.

Is the glow in the pigment safe?

Yes, it’s safe with non-toxic, non-radiation and eco-friendly. Our glow in the dark pigment meet SVHC of European Environmental Standard.

What is the percentage of glow in the dark masterbatch mixed with plastic?

The higher the content of luminous powder in luminous masterbatch is, the brighter the glow in the dark masterbatch is. But in the end products, the percentage of glow in the dark pigment shall not exceed 10% – 15% at most, otherwise it’s easy to be blacken. The specific proportion needs to be comprehensively considered by the customer according to the cost and testing situation.

what is the difference between glow in the dark pigment and masterbatch ?

Glow in the dark masterbatch has better dispersion, and glow in the dark pigment has better cost performance.

Is the glow in the pigment safe ?

Yes, it’s safe with non-toxic, non-radiation and eco-friendly. Our glow in the dark pigment in masterbatch meet SVHC of European Environmental Standard.

What’s the precaution for use ?

1.It needs to be mixed with the transparent and colorless PH 6-8 plastic masterbatch.
2.Decrease friction in the production process.

What’s the dosage of glow in the dark pigment added in the ink ?

40%-50% is okay. the higher dosage is , the brighter the paint is. According to our test, when dosage exceed 50%, the brightness won’t improve a lot.

What are the precautions while using glow in the dark ink for screen printing ?

You can change the high brightness grade pigment to improve the brightness.
Print more times to increase the coverage of glow in the dark pigment.
white ink can be printed as a base to improve the luminous effect.

What is the percentage of glow in the dark pigment mixed with plastic?

What’s the precaution for use ?

It needs to be mixed with the transparent and colorless PH 6-8 liquid medium.
Decrease friction in the production process.
Glow in the dark pigment can’t be grind for protecting it’s brightness.
Use while mixing to prevent precipitation.

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Medium FAQsGlowUp2023-08-25T07:08:03+00:00

Medium FAQs

How long can it glow after applying the glow in the dark paint?

After fully charged ,it can glow 8-12 hours in all-black laboratory environment, brightness will fade away with time goes by.

What’s the dosage of glow in the dark pigment added in the paint ?

15%-40% is okay. the higher dosage is , the brighter the paint is. according to our test, 40% is highest.

What are the precautions for mixing luminous powder and paint?

Do not stir with ironware.

Use while mixing to prevent precipitation.

Avoid dark color base,and use white paint as the primer ,which can make the paint brighter

How to apply glow in the dark paint ?

The luminous paint can be brushed, rolled or sprayed. If you use a spray gun to spray paint, you need to use a upper-pot spray gun, and you need to select the particle size of luminous powder according to the nozzle size of the spray gun

What is the percentage of glow in the dark pigment mixed with plastic?

What are the precautions for mixing luminous powder and plastic?

Use while mixing to prevent precipitation.

Do not grind.

Decrease friction in the production process.

what is the difference between glow in the dark pigment and masterbatch ?

luminous master batch has better dispersion, and glow in the dark pigment is better cost performance.

How long can it glow after applying the glow in the dark ink?

After fully charged ,it can glow 8-12 hours in all-black laboratory environment, brightness will fade away with time goes by.

What’s the dosage of glow in the dark pigment added in the ink ?

40%-50% is okay. the higher dosage is , the brighter the ink is. According to our test, when dosage exceed 50%, the brightness won’t improve a lot.

Can i choose multiple color of glow in the dark pigment?

If you have requirements for body color of pigment in the daytime, you can choose dye glow in the dark pigment, but the afterglow and brightness of dye pigment will be relatively weak. Please feel free to consult us for specific information.

What are the precautions for mixing luminous powder and ink?

Do not stir with ironware.

Use while mixing to prevent precipitation.

Avoid dark color base,and use white primer ,which can make the ink brighter.

How long can it glow after applying the glow in the dark resin?

After fully charged, it can glow 8-12 hours in all-black laboratory environment, brightness will fade away with time goes by.

What’s the dosage of glow in the dark powder added in the resin ?

15%-40% is okay. the higher dosage is , the brighter the resin is. According to our test, when dosage exceed 40%, the brightness won’t improve a lot.

Can i choose multiple color of glow in the dark powder?

If you have requirements for body color of pigment in the daytime, you can choose dye glow in the dark powder, but the afterglow and brightness of dye pigment will be relatively weak. Please feel free to consult us for specific information.

What are the precautions for mixing luminous powder and resin?

Do not stir with ironware.

Use while mixing to prevent precipitation.

what’s the lifespan of the glow in the dark powder ?

The process of absorbing and emitting light is a physical change, which enable the glow in the dark powder to be used repeatedly for more than 15 years.

Is the glow in the powder toxic,radioactive or environmentally harmful ?

Our glow in the dark powder mainly contains Strontium Aluminate, with rare earth as activator making it glow. All the 108 substances in our pigment meet the requirement of SVHC. It’s non-toxic, non-radiation, eco-friendly.

what’s the matters needing attention when we use glow in the dark powder ?

It needs to be mixed with the transparent and colorless PH 6-8 medium.
Do not grind.
Using it immediately after you mix it to avoid precipitation.

What is the percentage of glow in the dark powder mixed with glass powder or glaze?

The higher the proportion is , the brighter the product is. The specific proportion needs to be considered by the customer according to the cost and testing situation.

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Glow in the dark powder FAQGlowUp2023-08-25T06:07:28+00:00

Glow in the dark powder FAQ

How does the Glow in the dark Pigment glow?

Glow in the dark Pigment absorb all kinds of visible light, store it, and emit the brightness in dark environment. Its principle is electron transition.

Is Glow in the dark Pigment harmful to environment and human body?

Glow in the dark pigment with strontium aluminate base is eco-friendly, non-toxic, and non-radioactive. The last generation is with zinc sulfide base. It is polluted for the environment.

If a pigment can glow under UV light, what is it?

If it can still glow when UV light is switched off, it is Glow in the dark Pigment. If it cannot glow when UV light switched off, and it makes products more colorful and fresher, it is Fluorescent Pigment. If it only reflects the light, and cannot glow when UV light switched off, it is reflective pigment.

How long can Glow in the dark Pigment illuminate? Can it take place of electric light?

After fully charged, Glow in the dark Pigment can illuminate 8-12 hours in totally dark room. Its brightness will decay along with time goes by, so it cannot take place of electric light.

Is the charging and illumination only one time, or it can recycle? What is it lifespan?

The charging and illumination is a physical cycle, not a chemical one. So it can circulate at least 20 years.

What kind of light can charge Glow in the dark Pigment?

All the visible light can be charging source, including sunlight, lamp light, led light etc. The weaker light will get the weaker glow brightness.

Glow in the dark Pigment can be brighter with longer charging?

Yes, longer charging will lead brighter glow. But the pigment can be fully charged under certain conditions. For example, under direct sunlight at noon for 10-15 minutes, the pigment will be full.

What factors will affect the glow performance?

The environment is darker, the charging time is longer, the excitation light is stronger, the pigment particle is bigger, the dosage is higher, the medium is more transparent, all of them can lead brighter glow performance.

What are the precautions when using Glow in the dark Pigment?

The Glow in the dark Pigment needs to be mixed with transparent and colorless liquid medium. It cannot be used with iron sticks to avoid friction when mixing. The granular is easy to settle down due to high specific gravity. It is better to use it soon after mixing.

What mediums can be mixed with Glow in the dark Pigment?

The mediums include paint, ink, plastic, resin, silicon, rubber, glass, ceramic and etc.

How to compare the quality of the Glow in the dark Pigment from different suppliers?

To compare the quality, the first important factor is to confirm their granular size is the same, since the bigger size the brighter. Put the same sizes samples under the same light for the same charging time, and move them to dark room. Observing their brightness and afterglow time.

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