Cosmetic-Grade Glass Flake for Pearlescent Pigments

Fused silica powder is an amorphous silicon dioxide powder material made by melting natural quartz into amorphous quartz through electric melting, and then through crushing, sorting, grinding, grading and other processes. Fused Silicon Powder for paint and coating has good stability and has been playing a major role in coating fillers. For example, the addition of silicon powder in high temperature resistant coatings (ceramic coatings) can not only play a role of filling but also improve the hardness of the paint film, enhance the paint resistance, scrub resistance, corrosion resistance, and meantime have the performance of assisting extinction.

Wollastonite is an excellent extender pigment for powder coatings as well as solvent-based and water-based paints. Chemical formula is CaSiO3, white, light gray, fibrous nonmetallic minerals, Non-toxic, small dilution, insulation, high temperature resistance,chemical corrosion resistance, weather resistance, low oil absorption value, thermal stability and good size. Unique acicular chemical properties and physical structures (fibrous).  

Wollastonite is an excellent extender pigment for powder coatings as well as solvent-based and water-based paints. Wollastonite is composed of Ca3 [Si3O9]. They are usually lamellar, radial, or fibrous aggregates. White micro stripe gray. Glass luster, cleavage surface pearl luster.  Hardness is 4.5 ~ 5.0.  Density 2.78~2.91 g/cm3. Wollastonite is suitable for liquid industrial and corrosion resistant coatings, powder coatings and semi-gloss architectural coatings, to get smoother films and improved gloss surface. Kmeris is a professional leading wollastonite producer for Paints & coatings industry. 

Precipitated barium sulphate features for high resistance to outdoor exposure and other chemicals, extremely fine particle size and a narrow particle size distribution D50≤ 4.5 µm, ideally-suited for high gloss applications. Our Precipitated barium sulphate is widely used by paints, powder coatings, ink and plastics.  

Talc micropowder is made of sliding stones through cleaning, screening, grinding, grading and other processes. It is a white powder, which has excellent physical and chemical properties such as lubricity, extinction, fire resistance, insulation, high melting point, chemical inactivity and strong adsorption. Kmeris Mineral Products is a leading producer of talcum powder in China. Our Superfine Talc Powder, Talc power F020 F017 F022 F018 F028 F023 F019 are widely used by famous international architectural paints factories world widely.    

Our Glass Flake can be applied in anti-corrosive coatings, paints, and pigments to prevent corrosion, and used as a reinforcement material to manufacture composite materials. Its particles form dense, inert barriers within the paint film. Overlapping layers of glass resist water and chemicals permeating the paint film. The addition of glass also increases the flexibility, hardness, and abrasion resistance of coatings.

Hollow Glass Microspheres is a type of hollow silicate-aluminium microsphere refined from fly ash in thermal plant, also called cenosphere. The main component are silicate and aluminum oxide. It has very good heat stability, corrosion resistance, strength, insulation property, low thermal conductivity, non-toxic, low moisture absorption, good chemical stability. It has low density, combined with the inert property. It is widely used in oil drilling and insulation, plastic, rubber, coating, auto and construction industries.

Fused silica powder is a kind of powder which is made of high-quality natural quartz and processed by a unique processing technology. After high temperature treatment, the molecular structure of natural quartz changed from ordered arrangement to disordered arrangement. Its color is white and its purity is high. At the same time, it has the following characteristics: very low linear expansion coefficient; It has good electromagnetic radiation performance, chemical corrosion resistance and stable chemical characteristics; Has reasonable, orderly and controllable particle size distribution.

Kmries has been a leading innovator in pearlescent glass flakes for more than 20 years, combining extensive research expertise with professional manufacturing capabilities. Kmries® AWY-750S Pearlescent glass flakes are high-quality, environmentally friendly, and highly stable substrate material, specifically designed for the production of premium pearlescent pigments. Made from specially formulated glass and processed using the company’s proprietary grinding and classification technology, these glass flakes feature flat, smooth, and highly transparent platelet structures, providing an ideal carrier for subsequent metal oxide coatings and delivering outstanding optical performance.

Kmries® AWY-600S Pearlescent Glass Flakes are one of the key products in our AWY series, specifically developed as a high-performance substrate for pearlescent pigments. The product is manufactured from high-purity glass using our independently developed grinding and classification technology, resulting in perfectly flat, smooth, and fully transparent flake structures.

Kmries® is a professional manufacturer specializing in glass flakes used for pearlescent effect pigments. Our pearlescent-grade glass flakes are safe, and their heavy metal content complies with the requirements of the EU Cosmetics Regulation (EC) No. 1223/2009 and meets the limit values specified by the German BGA.

As a professional manufacturer specializing in the research, development, and production of pearlescent glass flakes, Kmries® glass flake products have been widely used in cosmetic applications worldwide due to their excellent safety and high performance.

Kmries® AWY-400S Pearlescent Glass Flakes are high-quality glass flake substrates designed for the production of premium pearlescent pigments. Manufactured from specially formulated glass and processed using our proprietary grinding and classification technology, these flakes feature perfectly flat, smooth, and highly transparent platelet structures.

Kmeris® AJD series glass flakes can be blended with various resins to form coatings and mortars for anti-corrosion protection. AJD-200S features an ultra-thin thickness of 2-8 μm and a uniform particle size of 200 mesh, creating an impenetrable anti-corrosion barrier within coatings. Kmeris AJD-200S Glass Flake provides effective resistance against severe environmental factors including high salt spray, continuous humidity, seawater immersion, and biofouling.

Kmeris® AJD-325S Glass Flake is a coating filler featuring strong acid and alkali resistance, high-temperature tolerance, and excellent abrasion resistance. Glass flake coatings offer exceptional resistance to the permeation of corrosive media. Furthermore, the low residual stress within glass flake coatings helps inhibit cracking and peeling, enhancing both the adhesion and impact resistance of the coating.

Kmeris® Glass Flake combines ultra-thin platelets with a high aspect ratio to deliver unmatched performance in anti-corrosion coatings and putties. Our glass flake features superior heat and chemical resistance, along with precise particle size and low moisture content. It is widely used in the petrochemical, power, marine, and municipal industries.

Kmeris® Glass Flake AJD-60S is an anti-corrosion coating filler with a thickness of 2-8μm and a particle size of 60 mesh. It is primarily used in offshore oil platforms, large vessels, as well as petrochemical pipelines, equipment, and storage tanks. It is also applied in municipal infrastructure such as sewage tanks, gas holders, and water and gas transmission pipelines.

Our Glass Flake extends the service life of coatings by creating an effective barrier against corrosive media, ensuring long-term durability even under the most challenging conditions. Glass flake AJD-80S is an anti-corrosion coating filler with a thickness of 2-8μm and a particle size of 60 mesh.

Kmeris® AJD-120S Glass Flake is a premium, high-performance functional filler designed specifically for demanding petrochemical environments. Engineered from modified C-type glass, AJD-120S features ultra-thin platelets with a high aspect ratio, ensuring exceptional barrier properties and long-term durability in heavy-duty anti-corrosion coatings.

Kmeris® Glass Flake AJD-400S with its ultra-thin platelet structure, excellent thermal and chemical resistance, outstanding impermeability, and reliable mechanical performance, have become the ideal functional filler for heavy-duty anti-corrosion coatings. Whether used on offshore platforms, petrochemical pipelines, or flue gas desulfurization units, Kmeris®  Glass Flakes AJD-400S provide long-lasting and dependable corrosion protection for your assets.

Kmeris® Glass Flake is an ultra-thin flake functional filler manufactured from modified C-type glass. Featuring extremely low thickness and an excellent aspect ratio, it can be compounded with various resin systems such as epoxy, vinyl ester, and unsaturated polyester resins to formulate high-performance heavy-duty anti-corrosion coatings and putties. These products are widely used in anti-corrosion applications across the petrochemical, power, marine, and municipal industries.

Our Glass Flake KCF-015 can be applied in anti-corrosive coatings, paints, and pigments to prevent corrosion, and used as a reinforcement material to manufacture composite materials. Its particles form dense, inert barriers within the paint film. Overlapping layers of glass resist water and chemicals permeating the paint film. The addition of glass also increases the flexibility, hardness, and abrasion resistance of coatings. NCF-160 is manufacturered by Kmeris mineral, which is a world leading manufacturer of High performance Glass Flake. Our Glass Flake can be applied in anti-corrosive coatings, paints, and pigments to prevent corrosion, and used as a reinforcement material to manufacture composite materials. Its particles form dense, inert barriers within the paint film. Overlapping layers of glass resist water and chemicals permeating the paint film. The addition of glass also increases the flexibility, hardness, and abrasion resistance of coatings.

Glass flake K30 is a scale-like glass powder with an average thickness of 1 ~ 7um and a particle size of 10~~4000um. Mainly used in the industrial field. Glass flake with alkaline glass composition is used as a corrosion-resistant material in the field of coatings and lining of flue gas desulfurization devices, while Glass flake without alkaline glass composition is used in thermoplastic resin precision parts, which plays a great role in preventing warpage and improving dimensional accuracy.

Our Glass Flake KCF-140 can be applied in anti-corrosive coatings, paints, and pigments to prevent corrosion, and used as a reinforcement material to manufacture composite materials. Its particles form dense, inert barriers within the paint film. Overlapping layers of glass resist water and chemicals permeating the paint film. The addition of glass flake also increases the flexibility, hardness, and abrasion resistance of coatings.

Fused silica powder is made of natural SiO2 or molten amorphous SiO2 after high-temperature melting and cooling in natural quartz through crushing, ball milling (or vibration and jet milling), flotation, acid cleaning and high-purity water treatment. Fused Silicon Powder for paint and coating has good stability and has been playing a major role in coating fillers. For example, the addition of silicon powder in high temperature resistant coatings (ceramic coatings) can not only play a role of filling but also improve the hardness of the paint film, enhance the paint resistance, scrub resistance, corrosion resistance, and meantime have the performance of assisting extinction.

This white powder pigment, primarily composed of titanium dioxide, stands as a testament to inertness, non-toxicity, and remarkable stability in chemical properties. This product was the white fluffy powder, which was coated with hydrated silica and alumina or/and organic agents such as stearic acid, triethoxyoctyl silica, polydimethyl silicone oil, and the main chemical constituents are titanium dioxide. The products made from KNR-308 as raw material or auxiliary material had excellent light resistance.