Cosmetic grade pearlescent pigments use food grade dyes to give pearlescent pigments more vibrant and layered colors, while improving the compatibility and dispersibility of pearlescent pigments in organic systems, making their pearlescent effect more obvious in cosmetics, with pearl like luster, high brightness, good weather resistance, and other advantages. The product meets EU and FDA standards through SGS, and has no toxic or side effects when in long-term contact with the human body, It is widely used in cosmetics industry, such as nail polish, eye shadow, lipstick, lip gloss, bath gel, etc.

Pearlescent pigments are semi transparent, and in the application process, it is necessary to pay attention to their optical properties and utilize them in order to achieve good pearlescent effects. In recent decades, the application and development of the plastic industry in the world have been very rapid. In China's national economy, plastic products also occupy an important position. With the improvement and development of plastic processing methods, plastic products are becoming increasingly rich and colorful. The application of pearlescent pigments in plastics is also becoming increasingly popular. From Artificial leather, wallpaper, plastic packaging film, cosmetics, shampoo packaging, home appliance plastic parts, to artificial pearls and other plastic products, pearlescent pigments are widely used to increase attractiveness. Pearlescent pigments can be applied to almost all thermoplastic materials and some thermosetting plastics. The concentration of pearlescent pigments used in plastics depends on different application conditions.

Pearlescent pigments are widely used in coatings, typically for additional color modifications such as automotive topcoats, automotive components, building materials, and household appliances, while achieving a certain degree of protection. The proportion of pearlescent pigments added to the coating depends on the desired effect, usually between 10-25%. When dispersed in the coating, pearlescent pigments can only be dispersed under relatively small shear forces, Mechanical energy can damage the crystalline state of pigments, causing loss of gloss. Only a short mixing time is allowed. It is recommended to apply equal mixing time and speed under the same conditions to manufacture the same batch of coatings.

Pearlescent pigments are widely used in the decorative paper industry due to their unique pigment characteristics: non-toxic, odorless, acid resistant, alkali resistant, and chemically stable, providing a more environmentally friendly and colorful inorganic pigment for the decorative paper industry.

Pearlescent pigments have relatively stable chemical properties and are not toxic or corrosive. They can be applied to all printing substrates, publications, home decoration materials, clothing and other materials, including food packaging, without causing harm to the human body. Pearlescent pigments need to be pre dispersed in ink and the effect of shear force should be minimized during the dispersion process. However, due to their specific gravity, pearlescent pigments are prone to sedimentation in the ink, resulting in lighter colors during printing. To avoid this situation, appropriate stirring should be carried out during the printing and brushing process to prevent the sedimentation of pearlescent pigments and achieve the expected effect.

When using pearlescent pigments in leather, attention should be paid not to mix them with opaque light scattering pigments, such as titanium dioxide, chromium pigments, and ordinary iron oxide pigments. They can be mixed with transparent organic pigments such as phthalocyanine blue and phthalocyanine green. When dispersing, the effect of shear force on pearlescent pigments should be minimized as much as possible.

Pearlescent pigments have good chemical stability, are non-toxic, odorless, high-temperature resistant, acid resistant, and alkali resistant, and are suitable for water and oil amphoteric systems. In the seed coating industry, direct contact with seeds is possible, with almost no impact on the germination rate of seeds; Strict control of heavy metals and microbial content can be applied to food packaging that comes into direct contact with food.