Wholesale Super Sparkle Diamond Interference Pine Green Glass Based Pearlescent Pigments

iSuoChem® AS980-R5 is a glass-based pine green interference pearlescent pigment with a 50–200 μm particle size range, designed to create a bright diamond-like sparkle and distinctive green pearl effect. Using a glass substrate, this coarse-grade interference pigment powder delivers a pronounced decorative appearance for coatings, plastics, printing inks and artificial stone applications. As a glass-based pearlescent pigment for industrial use, AS980-R5 is suitable for buyers looking for diamond interference green effects with visible sparkle, controlled particle size and strong visual impact in finished products.

Product Information – AS980-R5 Pine Green Glass-Based Pearlescent Pigment

Product Series: Diamond Series

Product Grade: AS980-R5

Product Category: Industrial Colorant

Product Effect: Special Flash Diamond Pine Green

Intended Use: Colorants for industrial use

Detail of AS980-R5 Diamond Series Interference Pine Green Pearlescent Pigment

Features of AS980-R5 Diamond Pine Green Pearlescent Pigment

• Special Flash Diamond Pine Green Effect
• Free-Flowing Powder Form
• Glass-Based Mineral Composition
• Controlled Particle Distribution
• Odorless
• Insoluble in Water
• Acid and Alkali Resistant Under Normal Temperatures
• Chemically Stable Under Specified Handling Conditions
• Non-Conductive

Chemical Composition – AS980-R5 Glass-Based Pearlescent Pigment

Physical and Chemical Properties – AS980-R5 Pine Green Interference Pearlescent Pigment

Recommended Applications for AS980-R5 Glass-Based Pine Green Pearlescent Pigment

Paint & Coatings	AS980-R5glass-based pearlescent pigmentcan be used in decorative and industrial coating systems, including powder coatings, coil coatings and other effect coatings. Its diamond pine green interference effect provides a bright, sparkling finish for surfaces requiring a distinctive pearlescent appearance.
Plastics & Masterbatch	Thispine green interference pigment powdercan be incorporated into plastic applications such as masterbatch and decorative plastic film to create a visible pearl luster and sparkling green interference effect. Pearlescent pigments are also widely used across transparent and translucent plastic systems on the iSuoChem website.
Printing Inks	AS980-R5 can be used as aninterference pearlescent pigmentin printing ink applications, including specialty paper printing. The glass-based flakes provide a decorative diamond green sparkle where a pronounced pearl effect is required. iSuoChem also lists pearlescent pigments for gravure, flexographic, screen and other printing processes.
Artificial Stone & Decorative Composites	Thisdiamond pine green pearlescent pigmentcan also be used in artificial stone, seaming materials and related decorative composite products to introduce visible sparkle and a green interference effect into decorative surfaces.

Quality Control and Batch-to-Batch Consistency of AS980-R5 Glass-Based Pearlescent Pigment

To maintain consistent color and optical appearance from batch to batch, each production batch of AS980-R5 glass-based pearlescent pigment is applied to a color card using an automatic applicator and compared with a standard sample. Visual and colorimetric evaluation is also included in the product specification to verify conformity before shipment. For selected applications, our laboratory can simulate customer processing conditions according to specific requirements to further evaluate the pine green interference effect and overall appearance. These quality-control procedures help support consistent performance of the interference pigment powder while providing practical assistance for customer R&D, sample evaluation and ongoing bulk orders.

What Is a Glass-Based Pearlescent Pigment?

A glass-based pearlescent pigment is a layer–substrate effect pigment that uses thin glass platelets as the supporting substrate for an optical metal-oxide layer, commonly based on high-refractive-index materials such as titanium dioxide. In this type of structure, the glass substrate has a lower refractive index than the optical coating. When incident light reaches the coated platelet, portions of the light are reflected at different optical interfaces while other portions pass through the optical layers. The reflected components travel different optical paths and can interfere when they recombine.[1]

This optical interference distinguishes pearlescent pigments from conventional colored pigments, whose color is governed mainly by selective absorption and scattering. The wavelengths strengthened by interference depend on factors including the refractive indices and thickness of the optical layers. Changing the metal-oxide layer thickness can therefore produce different interference colors. Research on modern effect pigments also identifies borosilicate glass as a substrate capable of producing particularly intense and pure interference colors.[1][2]

AS980-R5 belongs to this glass-based pearlescent pigment category. Its specification identifies calcium sodium borosilicate together with titanium oxide and tin oxide, and describes the finished pigment as producing a special flash diamond pine green effect.

FAQ

1.Do you have any Certification?

Yes, we can supply MSDS, TDS, COA, MALVERN report, Microbial report,SGS,ISO9001,ISO14001.If need, we also can send free samples to you to apply other certifications.

2.What is your package?

Our regular package is 20kgs or 25kgs in cartons or paper drums.We support our customers for small package order. We can supply a wide range of gram weight from 2 gram-1000 grams, and also supply different package types such as jar, bottle, pouch, bag, box, pot or other package types.

3.Is it organic or non-organic product?

It is inorganic pigment, so it is safe to human body. If eaten by mistakes, it will be out of human body without any harm.

4.What is the cost per kg/ package?

After getting your enquiry, we will quote the price based on your quantity and chosen code/colors.

5.What would be the approximate shipping cost by air/sea?

After getting your order quantity, we can choose the most competitive price for you from dozens of Express or shipping agent. After choosing, we will supply you the lowest shipping cost.

Related Reading

Particle size plays a major role in how a pearlescent pigment appears in the finished application, influencing whether the effect is smooth and satin-like or more visibly sparkling. This guide compares fine, medium and coarse pearl pigment grades and explains how micron range affects sparkle, coverage and application suitability. For buyers evaluating AS980-R5 glass-based pearlescent pigment, whose specification lists 80% of particles within the 50–200 μm range, the article provides useful context for understanding how particle size contributes to its pronounced pine green interference and diamond-like visual effect.

References

[1] Pfaff, G. — “The World of Inorganic Pigments.” ChemTexts, 2022, 8:15.

[2] Bayat, N., Baghshahi, S. & Alizadeh, P. — “Synthesis of White Pearlescent Pigments Using the Surface Response Method of Statistical Analysis.” Ceramics International, 2008, 34(8), 2029–2035.