All categories
Featured selections
Trade Assurance
Buyer Central
Help Center
Get the app
Become a supplier
(4593 products available)
Ready to Ship
Ready to Ship
Pearl white pigment powder comes in various types and has numerous applications in diverse industries.
Mica-Based Pearlescent Pigments
This is the most common type of pearl powder pigment. It is made from finely ground mica minerals, which are then coated with different metal oxides such as titanium dioxide and iron oxide. The result is a sparkling, iridescent powder that can be used in cosmetics, paints, and plastics. Mica-based pigments are popular because they offer a broad spectrum of colors and excellent stability.
Ceramic Pearlescent Pigments
This type of pigment is made by the synthetic route and is commonly found in nature, such as in mica-based pearlescent pigments. Ceramic pearlescent pigments are created by depositing metallic oxides like titanium dioxide, iron oxide, and chromium onto a synthetic alumino-silicate substrate. They are characterized by high thermal and chemical stability and are usually used in applications where high temperatures are encountered. Cosmetic-grade pearlescent pigments can also be found in ceramic pearlescent pigments.
Natural Pearlescent Pigments
Natural pearlescent pigments are sourced from natural materials other than mica, such as talc and kaolin. These pigments are less commonly used than mica-based and ceramic pearlescent pigments. Natural pearlescent pigments have a more understated luster compared to synthetic pigments, making them suitable for applications where a subtle sheen is required. They are also suitable for organic products and those with eco-friendly labels.
Organic Pearlescent Pigments
It is the organic equivalent of natural pearlescent pigments. These pigments are produced from organic polymers rather than natural minerals. They are coated with inorganic metal oxides. Organic pearlescent pigments offer a wider range of colors than natural pearlescent pigments, but they typically have lower heat and chemical resistance. In cases where color vibrancy and product safety are required, organic pearlescent pigments are especially useful for cosmetics.
Custom-Made Pearlescent Pigments
These pigments are formulated according to specific requirements. They may be made from a combination of substrates and coatings to achieve a unique optical effect. Custom pearlescent pigments are usually used in niche markets or specialized products. Such pigments are often supplied to branded businesses that wish to maintain a specific hue or sheen in their products.
Pearl powder pigment possesses versatile properties and is commonly used in a myriad of applications.
Cosmetics
This pigment is a prime ingredient in cosmetics like eyeshadows, lipsticks, and highlighters. It comes with a shimmering finish to give the skin a radiant glow. By reflecting light, the pearlescent pigments help mask skin imperfections and enhance its natural beauty. Due to their stability, they work well in formulations that are exposed to heat and light.
Paints and Coatings
Pearl pigments in paints and coatings are widely considered for their unique visual effects. They add a luxury feel to automotive and architectural paints, making surfaces appear dynamic with changing light angles. In industrial coatings, pearlescent pigments enhance corrosion and UV protection. They are particularly suited to decorative coatings used in interior applications.
Plastics and Masterbatches
Pearl powder pigments are incorporated into plastics for consumer products like electronics, toys, and home decor. They create visually appealing effects on the product’s surface. When used in injection molding and extrusion processes, the pigments offer a durable color solution that’s resistant to fading. The pigments also come in handy in masterbatches that allow easy and consistent pigment application in plastic manufacturing. The pigments are customizable according to each client’s requirements.
Ink Manufacturing
In printing, these pigments are used to create metallic and iridescent inks for packaging, greeting cards, and labels. They enhance the visual appeal of printed materials, making them stand out in the market. Due to their stability, pearlescent pigments are also suitable for printing applications that require exposure to UV radiation.
Ceramics and Glass
In ceramics and glass, these pigments create a sheen finish on tiles, pottery, and glassware. They offer a diverse color range for the glazes and surface finishes. The pigments are equally used in glass decoration to produce stained glass windows with an iridescent quality.
Some of the specifications and features for pearl white pigment powder are elaborated as follows:
Particle Size Distribution
Pearl pigments normally have a particle size range from 10 to 60 micrometers. The size greatly affects the pigment’s appearance and texture. Smaller particles provide a subtler shimmer, while larger ones offer a more pronounced sparkle. The particle size is adjustable to suit different applications by opting for finer or coarser pigment powders.
Refractive Index
The refractive index indicates how light bends when it passes through a material. Since these pigments are characterized by a high refractive index, they effectively refract light to produce the pearlescent glow. This property is paramount, especially when selecting pigment for cosmetic or decorative use, where the light interaction determines the product's visual appeal.
The Optical Effect
The optical effect of pearl white pigment powder includes chroma and iridescence. Mica-based pigments typically show a strong iridescent effect, where the color shifts depending on the angle of view. Ceramic and organic pigments may have subtler iridescence but can offer a broader range of pearlescent colors.
Chemical Composition
Pearl pigments are normally made from mica or other materials in a variety of ways. Mica is though the most common base material, other substrates such as synthetic ceramic can be used. The pigments are then coated with metal oxides, such as titanium dioxide and iron oxide. This coat provides the pigments their exceptional optical properties. The powder is non-toxic, hypoallergenic, and safe for use in cosmetics.
Cosmetic Application
To use mica pearl powder pigments in cosmetics, mix them with a binder or carrier medium like oil, cream, or wax before application. This will help the pigment adhere better to the skin and produce a shimmering effect in blushes, lip products, and eyeshadows. Adjust the shimmer level by varying the pigment quantity in the binder.
Paint and Coatings
For paints and coatings, incorporate the pigment into the paint base during formulation. Ensure even distribution by mixing thoroughly. The amount added depends on the desired intensity. Apply the paint as normal, and the pearlscent effect will be visible once the paint dries. The effect may change depending on the angle of view and lighting conditions.
Plastics and Masterbatch
In plastics, add pearlescent pigment powder to resin formulations or masterbatches prior to extrusion or molding processes. Use a heat-resistant mixer to ensure even distribution of the pigment throughout the material. Monitor processing conditions as excess heat can degrade the pigment in addition to the resin.
Ink Formulations
Ink manufacturers incorporate pearl pigments into the ink base during the formulation process, just like in plastics. Use a high-shear mixer to disperse the pigment uniformly. Pearl pigments will give printed materials an iridescent finish when applied. Take note that this might be influenced by ink drying and curing processes.
Decorative Applications
For arts and crafts, add pearlescent pigment powder to glue, resin, or varnish for decorative finishes on surfaces. For an even look, mix the pigment into the medium in small batches before application. The pigment will create a lustrous sheen on surfaces as it dries.
Cosmetic Products
Pearl white pigment powder in cosmetics should be stored in a cool, dry location to avoid clumping and moisture absorption. Close tightly the containers in which the pigment is stored to prevent air from contaminating it. Keep it away from direct sunlight as this can fade the pigment over time. Repair damaged pigments by sieving them to break up clumps and ensure an even texture. Mix thoroughly to resettle any separated particles.
Paints and Coatings
Paint products containing pearlescent pigments must be maintained similarly by storing them in a cool and dry location. Store unopened containers in a safe and dry area, and ensure that once opened, paint is sealed properly. Before using, check for any sediment that may have settled at the bottom and stir well. Monitor for separation and re-emulsify as required by mixing with a mechanical stirrer.
Plastics and Masterbatches
Masterbatches containing pearlescent pigments normally require storage in a cool and dry place. Ensure that the storage environment is free of extreme temperatures and humidity, which can degrade the pigments. Monitor formulations for any signs of pigment settling or aggregation and re-blend as necessary before use. Regularly clean processing equipment to prevent build-up of pigment residue, which can affect product quality.
Ink Manufacturing
Pearl pigments in ink should also be stored in a cool, dry place with stable temperatures to maximize their longevity. Close ink containers after each use to avoid evaporation and pigment settling. Regularly mix or re-suspend pigment sediment that may form at the bottom of ink containers before use. Monitor storage containers for signs of leakage or contamination, which can affect ink quality.
Ceramics and Glass
In ceramics and glass, store finished products with pearlescent finishes in a location free from moisture and direct sunlight. Dust products regularly with a soft, dry cloth to avoid pigment build-up on surfaces. For glass, wash with lukewarm water and mild detergent, avoiding abrasive materials that can dull the pearlescent effect. Repair finishes by reapplying protective coatings as needed to maintain luster over time.
These are the various quality and safety standards for pearl white pigment powder:
ISO 9277
This is an international standard that comes with methods for determining the specific surface area of powders, including pearlescent pigments. The technique provides detailed information on particle surface characteristics that significantly affect optical properties. Adherence of ISO 9277 ensures consistent quality in pigment performance across various applications.
ISO 12188-1
This standard specifies the particulate matter emission test for the environment's sake. It is crucial for pearlescent pigment manufacturers to comply with this standard in order to minimize the business’s environmental footprints. Adherence to this ISO ensures the company meets regulatory requirements and sustainability goals.
FDA Guidelines (U.S.)
In the U.S., the Food and Drug Administration regulates cosmetics. According to the FDA, pearlescent pigments like pearl powder for skin must be free from harmful contaminants. Such impurities include heavy metals and microorganisms. Cosmetic-grade pearlescent pigments are not classified as color additives by the FDA. However, they must be safe for use in cosmetic products. This includes safety for application on the skin.
EU Cosmetic Regulation
The European Union enforces stringent regulations on cosmetic ingredients and adheres to EC 1223/2009. According to this regulation, pearlescent pigments used in cosmetics must not contain any substances on the EU's list of restricted or prohibited chemicals. The regulation mandates safety assessments for cosmetic ingredients. This ensures they do not pose risks to human health. Pearlescent pigments undergo quality checks to meet these requirements before being sold to consumers.
Reichweite
It is an industry standard that is specifically relevant to pigments and coloring materials including pearlescent pigments. The standard covers aspects such as particle size distribution, purity, and optical properties. Adherence to Reichweite ensures that these pigments deliver consistent quality for their end-users. This is particularly important in applications like cosmetics and coatings. In such uses, the materials’ quality directly impacts product performance and aesthetics.
ASTM Standards
The American Society for Testing and Materials has established methods for evaluating the physical and chemical properties of pigments. These methods apply to pearlescent pigments. ASTM standards address key parameters such as pigment stability, color consistency, and particle morphology. Adherence to this standard ensures manufacturers obtain reliable data for product development.
A1. Pearl white pigments consist of mica powder, titanium dioxide, iron oxide, and silicon dioxide. Mica powder is the primary ingredient used in the production of pearl pigments. It is obtained from ground minerals and offers an exquisite sheen to the pigments. Titanium dioxide is coated onto the mica particles to achieve the characteristic pearlescent effect. Other materials added include iron oxide to enhance the pigment color, and silicon dioxide increases the pigment’s durability and stability.
A2. The cosmetic, automotive, plastic, and ceramic industries use this pigment. In cosmetics, manufacturers use it in eyeshadows, highlighters, and skincare products to achieve an iridescent glow. The automotive industry employs the pigment in car paint to give vehicles a sleek and shimmering appearance. Other industries such as plastics use it in packaging and consumer goods. The pigment is valued in ceramics by giving an iridescent quality to glazes and finishes.
A3. Some of the key benefits of this pigment include its aesthetic appeal, versatility, and durability. The pigment has an unique sheen that enhances the visual appearance of products. It is also a preferred choice in several industries due to its compatibility with various materials and formulations. It integrates easily into different mediums. Functional benefits like UV resistance, color stability, and hypoallergenic properties make it suitable for both decorative and functional applications.
A4. Users blend it into a variety of formulations to enhance products’ visual and textural appeal. In skincare products, they mix it with moisturizers and foundations to provide a luminous glow without glitter. Users incorporate it into eyeshadows and highlighters for a subtle shimmering finish. In lip products, lipstick manufacturers include pearlescent pigments to attain iridescent colors.
A5. Users should keep products containing pearl pigments away from direct sunlight and high temperatures. Such conditions can cause the pigments to lose their luster or affect their distribution in the product. Furthermore, they should seal products tightly to prevent moisture and air from contaminating the pigments. They should also avoid using harsh chemical cleansers or detergents as these might degrade the integrity of the formula.
