AS 120 Lndustrial Grade Bland Pearl Luster Pearlescent Pigment

AS120 Silver White Pearlescent Pigment is a mica-based industrial pearlescent pigment designed to create a smooth silver pearl luster effect. With a fine particle structure and stable optical performance, AS120 provides consistent pearl appearance for coatings, plastics, printing inks and other decorative applications. As a professional pearlescent pigment supplier, iSuoChem provides reliable quality control and customized support for different industrial requirements.

Product Information – AS120 Silver White Pearlescent Pigment

Product Series: Silver White Series

Product Grade: AS120

Product Type: Pearlescent Pigment

Appearance: A free flowing off white powder with a silver luster

Physical Form: Dry powder

Feature of AS120 Silver White Pearlescent Pigment

• Silver White Pearl Luster Effect
• Mica-Based Pearlescent Structure
• Smooth Free Flowing Powder Form
• Stable Chemical Properties
• Good Acid and Alkali Resistance
• Non-Conductive Pigment Structure
• Consistent Particle Size Distribution
• Stable Under Recommended Handling Conditions

Physical and Chemical Properties – AS120 Pearlescent Pigment

Applications of AS120 Silver White Pearlescent Pigment

Paint & Coatings	iSuoChem AS120 silver white pearlescent pigment is widely used in various coating systems, including construction coatings, coil coatings, powder coatings, leather coatings, wood coatings, plastic coatings, electronic coatings, motorcycle and automotive coatings. It provides a smooth pearl luster effect and enhances the decorative appearance of finished surfaces.
Plastics	iSuoChem AS120 pearlescent pigment powder is suitable for thermoplastic and thermosetting plastics, including automotive components, cosmetic packaging, films, toys, daily products and decorative plastic products. Its fine particle structure helps create a uniform silver pearl effect in plastic applications.
Printing inks	iSuoChem AS120 pearl pigment is compatible with both water-based and solvent-based printing inks. It can be applied in different printing processes, including offset printing, gravure printing and screen printing, to achieve attractive pearlescent effects on printed materials.
Cosmetics	iSuoChem AS120 pearlescent pigment adds a soft silver pearl appearance to cosmetic formulations, including lipstick, eye shadow, nail varnish and other personal care products. It helps create decorative color effects and enhance the visual appeal of cosmetic products.

Batch Consistency Control of AS120 Pearlescent Pigment

To ensure consistent quality of AS120 pearlescent pigment from batch to batch, iSuoChem uses an automatic applicator to prepare color cards for every production batch and compares them with the approved standard sample.

For specific applications, we can simulate customers’ actual production conditions in our laboratory according to their requirements. This application testing process helps customers during product development and allows us to maintain stable color performance and consistency of our pearlescent pigment products.

What Determines the Pearl Luster of AS120 Pearlescent Pigment?

AS120 silver white pearlescent pigment creates its pearl luster through the interaction between its layered mica-based structure and the way pigment particles are arranged in the final application system. The transparent mica substrate is coated with a metal oxide layer, commonly titanium dioxide (TiO₂), forming multiple optical interfaces that reflect and transmit incident light. These reflected light waves interact through interference effects, creating the soft silver pearl appearance characteristic of pearlescent pigments.[1]

The optical thickness and continuity of the metal oxide coating influence the reflected color and brightness of the pigment, while the particle morphology and surface characteristics affect the clarity and uniformity of the pearl effect.[1] For AS120, its fine platelet structure helps produce a smooth and balanced pearl luster rather than a strong sparkling appearance.

In coatings, inks, plastics and other application systems, the final appearance of AS120 pearlescent pigment is also affected by pigment orientation, loading level and particle distribution. Proper platelet alignment allows more efficient light reflection, while excessive overlap or uneven distribution may reduce visual uniformity. Factors such as formulation characteristics and processing conditions can further influence the final pearl effect achieved with the same pigment.[2]

FAQ

1.Do you have any Certification?

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?

4.What is the cost per kg/ package?

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

Discover how pearl pigment powder creates unique visual effects in automotive paint applications. This guide explains the role of pearlescent pigments in achieving a smooth pearl paint finish, including pigment selection, mixing methods and application techniques. Learn how silver white pearl pigment and other pearl effect pigments help automotive coatings achieve enhanced depth, luster and decorative appearance. Read more.

References

[1] Štengl, Václav, Jan Šubrt, Snejana Bakardjieva, Andrea Kalendová, and Petr Kalenda. “The Preparation and Characteristics of Pigments Based on Mica Coated with Metal Oxides.” Dyes and Pigments, vol. 58, no. 3, 2003, pp. 239–244.

[2] Seubert, C. M., M. E. Nichols, J. Frey, M. Shtein, and M. D. Thouless. “The Characterization and Effects of Microstructure on the Appearance of Platelet–Polymer Composite Coatings.” Journal of Materials Science, vol. 51, no. 5, 2016, pp. 2259–2273.