Classic Series Industrial Pearlescent Pigment Factory

How do Classic Series Industrial Pearlescent Pigments perform in applications that require high temperature processing?
Classic Series Industrial Pearlescent Pigments perform well in applications that require high temperature processing, and the following is a detailed analysis:
Injection Molding and Extrusion Molding: These pigments perform well in plastic injection molding and extrusion molding processes, and can withstand processing temperatures up to 200°C or even higher without decomposition or discoloration. This makes them widely used in the manufacture of automotive parts, home appliance housings, and various consumer plastics.
High Temperature Curing Coatings: Industrial coatings often need to be cured at high temperatures to ensure the adhesion and durability of the coating. Classic Series Industrial Pearlescent Pigments can maintain their color and gloss during these high temperature curing processes and will not deteriorate due to high temperature. They are suitable for automotive coatings, home appliance coatings, and industrial equipment coatings.
Firing Process: Ceramics and glass products need to be fired at high temperatures during the manufacturing process, usually at temperatures of more than 1000°C. Classic Series Pearlescent Pigments are particularly suitable for this environment because they can withstand extremely high firing temperatures and form a beautiful pearlescent effect on the products, which are used for high-end ceramic utensils, glass products and tile decoration.
Heat transfer and coating: In heat transfer and coating of textiles, classic series pearlescent pigments can withstand the high temperatures of hot pressing while maintaining their unique pearlescent effect and color stability. This makes them used in fashion clothing, home textiles and functional fabrics.
Automotive accessories: Automotive interior and exterior parts using classic series pearlescent pigments in high-temperature injection molding can maintain stable color and gloss at high temperatures, improving the beauty and texture of the car.
Home appliance coatings: Home appliances such as refrigerators and washing machines that use these pigments in high-temperature baking paint processes can maintain bright colors and high gloss during long-term use.
Ceramic tableware: Applying these pigments on high-temperature fired ceramic tableware can form a unique pearlescent effect and improve the market competitiveness of the product.

How do Classic Series Industrial Pearlescent Pigments perform in the ceramic and glass industries?
Classic Series Industrial Pearlescent Pigments perform very well in the ceramic and glass industries, mainly in the following aspects:
Classic Series Industrial Pearlescent Pigments can withstand the high temperatures of ceramic and glass firing. Ceramics and glass are usually fired at temperatures above 1000°C, and these pigments can still maintain their color and gloss at such high temperatures without decomposing or failing.
Pearlescent pigments can produce a unique pearlescent effect on the surface of ceramics and glass, increasing the visual appeal of the product. They reflect and refract light on the surface of the substrate to form a variety of colors and gloss effects, thereby enhancing the beauty and grade of the product.
These pigments have good tolerance to acids, alkalis and other chemicals. This means that during the processing and use of ceramics and glass, the pigments will not change color or deteriorate due to chemical reactions, thus ensuring the long-lasting beauty of the product.
Pearlescent pigments can be applied to ceramic and glass products in a variety of ways, including glaze addition, surface coating and embedding. These methods can effectively integrate the pearlescent effect into the product, making it show a charming visual effect under different lighting conditions.
Classic series industrial pearlescent pigments are not only used for decoration, but also can give ceramic and glass products special functionality. For example, adding pearlescent pigments to ceramic tableware can not only improve the aesthetics, but also enhance the wear resistance and anti-fouling properties of the product.
Ceramic tiles: Adding pearlescent pigments to high-temperature fired ceramic tiles can create a colorful gloss effect, making the tile surface more upscale and gorgeous, suitable for home and commercial decoration.
Glassware: Using pearlescent pigments in the manufacturing process of glassware can form a unique reflective effect, making products such as glass cups and vases shine in the light, and enhancing the market value of the product.
Ceramic artworks: Using pearlescent pigments in ceramic artworks can achieve exquisite visual effects, making the artworks more attractive and collectible.