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Iron chromium black has outstanding chemical resistance, outdoor durability, light- resistant, heat- re- sistant, eco-friendly, non-toxic, non-clear color, non-transferrable with remarkable infrared re?ec- tion. It is suitable for almost all plastic, paint and coating applications. Chromatography ranges from reddish brown to brownish black.

Iron chromium black is mainly applicable to heat insulation and control materials, strip steel coatings, powder coatings, transporter coatings, outdoor building coatings. Camou?age coatings, painting coatings, road sign coatings, and engineering plastics, general plastics, plastic toys, food packaging plastics, printing inks, color masterbatches, high-performance industrial coatings, cement, concrete, roo?ng materials and other building materials, as well as ceramics.

Cobalt black has heat resistance up to 1200℃ and excellent weather resistance, chemical stability and other indicators, able to meet almost all requirements for pigments in industrial production . Cobalt black is bright in color and excellent in performance . It contains no metal irons and is able to re?ect infrared ray . Therefore, it can be used for producing thermal insulation coatings and other special purposes.

Cobalt black is often used in industrial coatings and plastic products. It is mainly applicable to domestic enamel, industrial enamel, enamel decal paper, glass lining, building enamel plate, domestic glass, indus- trial glass, etc. Cobalt black can be used for high temperature material coloring, boiler material, rubber material and infrared material, power coatings, etc.Cobalt ceramic pigments boast heat resistance and high tinting power. When used to enamel coloring, cobalt black shows a bright color at the ?ring tempera- ture of about 800℃ . Cobalt black is suitable for coloring of enamel and glass, especially for enamel prod- ucts.

Manganese ferrum black has the characteristics of high temperature resistant. Manganese iron black pigment is di?erent from ordinary iron oxide black pigment. TIt maintains excellent thermal stability between 700-800℃, no redness, no discoloration, no migration. It also shows acid & alkali resistance, light fastness, and solvent resistance.

Manganese ferrum black CDL-MT70 model has the characteristics of high temperature resistance. Manga- nese ferrum black is one of the few high temperature ferrum blacks that can be achieved in China. The product features ultra-?ne particles, very easy dispersion, bluish color, and high blackness. It is very suitable for use in temperature glass baking ?nish, glass ink, colored sand (basalt), oven, exhaust pipe coatings, coil coatings, ?uorocarbon coatings, and silicone resin-based baking ?nish.

Cobalt blue has a distinctive reddish blue color with vibrant hues . Cobalt blue is easy to disperse, excellent in heat resistance, weather resistance, acid & alkali resistance, various solvent resistance, and good covering power. With special anti-far-infrared function, non-toxic.

Cobalt blue is mainly used for coloring of thermal resistant coatings, ceramics, enamel, and glass, thermal resistant engineering plastic coloring, coloring of plastic products in direct contact with food, and as ?ne art pigments, etc.

Cobalt green has the characteristics of easy dispersion, excellent heat resistance, light resistance, weather resistance, and acid & alkali resistance, high infrared re?ectivity, and non-toxic. Cobalt green has a unique green color with yellow light and bright tone.

Cobalt green is mainly applicable to coil coatings, powder coatings, high- performance industrial coatings, transportation coatings, outdoor architectural coatings, painting pigments, sign paint, and engineering coatings, toy plastics, food packaging plastics, masterbatch, printing inks, cement, concrete, roo?ng materials and other building materials, ceramics, etc.

Bismuth yellow has the characteristics of bright color, high tinting strength, good hiding power, good thermal resistance, light fastness, weather resistance and solvent resistance, and non-toxic, an upgrad- ed alternative for cadmium- and lead-containing yellow pigments.

Bismuth yellow is mainly applicable to automotive coatings, powder coatings, coil coatings, etc.. Orange or red pigments of good piecing performance on plastics, and as alternative to some expensive organic yellow pigments with superior performance.

Titanium nickel yellow has the characteristics of easily dispersed, good hiding power, excellent light fastness, weather resistance, thermal stability and chemical resistance, no bleeding or migration. It is compatible with most thermoplastic and thermoset resins. It is an internationally recognized non-tox- ic and environmentally friendly pigment . Traditional pigments, either organic or inorganic, do not have the above comprehensive functions . But this pigment meets the high requirements of modern coatings and plastics . Its color spectrum ranges from green light pale yellow to pure yellow and reddish yellow.

Titanium nickel yellow is mainly applicable to coil coatings, powder coatings, transportation coatings, outdoor architectural coatings, camou?age coatings, art paint, sign paint, and engineering plastics, gener- al plastics, toy plastics, food packaging plastics, print inks, masterbatch, high-performance industrial coatings, cement, concrete, roo?ng materials and other building materials, as well as ceramics, etc.

Zinc ferrum yellow is synthesized and calcined through a certain process (zinc ferrite or iron zincate).- Compared to ordinary iron yellow, it shows higher tinting power and higher temperature resistance (up to 700-800℃) while ordinary iron oxide yellow can only reach 100-200℃ . It boasts excellent heat resistance, light fastness, acid resistance, alkali resistance, non- migration, high tinting power, and is easy to disperse. It is mainly used in plastics, masterbatch, coil coatings, ?uorocarbon coatings, etc.

Zinc ferrum yellow has many characteristics such as excellent thermal resistance, light fastness, acid resistance, alkali resistance, non- migration property, high tinting power, easy to disperse, etc, and is widely used in plastics, masterbatch, coil coatings, engineering coatings, ?uorocarbon coatings and other ?elds.

Titanium chromium brown has the characteristics of easily dispersed, good hiding power, excellent light fastness, weather resistance, thermal stability and chemical resistance, no bleeding and migra- tion. It is compatible with most thermoplastic and thermoset resins. It is an internationally recognized non-toxic and environmentally friendly pigment. Traditional pigments, either organic or inorganic, do not have the above comprehensive functions. But this pigment meets the high requirements of modern coatings and plastics. Its color spectrum ranges from pure yellow to reddish yellow.

Titanium chromium brown is mainly applicable to coil coatings, powder coatings, high- performance industrial coatings, transportation coatings, outdoor architectural coatings, camou?age coatings, art paint, sign paint, and engineering plastics, general plastics, toy plastics, food packaging plastics, master- batch, print inks, cement, concrete, roo?ng materials and other building materials, as well as ceramics, etc.

Cerium sul?de red is a red powdered yellowish inorganic pigment. Cerium is one of the 17 important elements in rare earth. In 1996, cerium sul?de was developed by Rhodia as a pigment and applied to a wide variety of coloring ?elds . Cerium sul?de pigment boasts good tinting power, bright color, good thermal resistance, light fastness and weather resistance, excellent hiding power, and isn’t easily migrated . It is an excellent alternative material for cadmium red and other heavy metal inorganic pigments. It is in line with the hygienic standards of the EU and other regions, and has passed ROSH, FDA, and FILGB tests.

Cerium sul?de red is mainly applicable to masterbatch, outdoor plastic products, PVC pro?les, PVC doors and windows, electronic materials, inks, cosmetics, non-stick coatings, ?uorocarbon coatings, thermal resistant coatings, red ink paste, ceramics, glass and other industries. It is also applicable to all resin plastics such as ABS plastics, POM, ?uoroplastics, PA (nylon), PC, PE, PP, PS, urea-melamine, epoxy, PU, UP, PMMA, natural rubber, silicone rubber, etc.