Pigment Red 22 P.R.22 affords yellowish shades of red. Its main market is in textile printing, but it is also used throughout the graphics field, such as in offset and gravure printing, especially in NC-based inks. P.R.22 is advantageous where soap and alkali resistance are required. A pigment with high tinctorial strength, it is somewhat lighter than P.R.9 in high pigment area concentrations; while at lower pigment area concentrations it is yellower. Compared to P.R.2, P.R.22 is distinctly yellower and less lightfast; this tendency is even more pronounced in comparison with P.R.112. The paint industry employs P.R.22 in air drying systems, in emulsion paints, and occasionally in industrial finishes; Again, P.R.22 is much less lightfast in these media than P.R.112. Areas of application include paper mass and surface coloration, colored pencils, artists colors, and other purposes.

Pigment Red 2 P.R.2 provides a medium red shade, which is somewhat yellower than the Naphthol AS pigment P.R.112. Its main area of application is the printing inks field. In some systems, P.R.2 is even slightly stronger than P.R.112, although it does not quite achieve the same lightfastness. P.R.2 is primarily used in offset and packaging gravure and flexo printing inks. The pigment also lends itself to textile printing.

Pigment Orange 34 transparency version Transparent P.O.34 versions represent the most frequent choice for printing inks. They provide a clean, yellowish orange hue and high tinctorial strength. P.O.34 is somewhat redder than the similarly strong P.O.13. At equal depth of shade, prints obtained from P.O.34 tolerate light better than do prints containing P.O.13; P.O.34 shows good solvent resistance to a number of organic solvents. Its prints are more stable in this respect than those made from P.O.13 Transparent P.O.34 is somewhat sensitive to heat and generally only withstands temperatures up to 100 to 140°C. Higher sterilization or metal deco printing temperatures may produce a color shift towards a redder orange. P.O.34 is used for all printing techniques. Packaging printing inks, especially nitrocellulose inks, often use the orange version of the cheaper and more lightfast P.O.5 in areas where fastness to organic solvents is unimportant.

Pigment Orange 34 opaque type Highly opaque versions of P.O.34 with coarse particle sizes and specific surface areas between ca. 15 and 25 m2/g, however, are gaining recognition within the paint field. Excellent flow properties make it possible to further increase the pigment level and the opacity, in which P.O.34 affords exceptionally good results for an organic pigment. Even at equal pigment concentration, P.O.34 is more opaque than commercially available Molybdate Red pigments which cover the same range of hues. Full shades of this very opaque type are very fast to light and weather, and they have a much better ability to tolerate solvents and migration. This makes P.O.34 attractive as a partial or complete replacement for Molybdate Red in industrial finishes, tractor and agricultural implement finishes, house paints, etc. Its temperature stability is similarly superior. This is also true for application in print, where P.O.34 exhibits an increase in thermal stability from less than 120°C in transparent prints to 200°C in specialized opaque varieties 

Pigment Orange 5,  HP ORANGE 3435 dinitraniline orange, permanent orange 2G, orange GG, PO5 P.O.5 is principally applied in air drying systems. The type with a coarser particle size provides good hiding power. P.O.5 is used only in full or similarly deep shades, partially in combination with inorganic pigments such as Molybdate Orange. The yellower, cleaner types with finer particle sizes are almost as lightfast as opaque varieties. P.O.5 is used to an appreciable extent in printing inks, especially for offset, flexo, and packaging gravure printing inks. P.O.5 is in high demand in the field of the textile printing.

Pigment Orange 13, pyrazolone orange, permanent orange G  P.O.13 is pyrazolone orange, comes in semitransparent types with specific surface areas between about 35 and 50 m2/g. P.O.13 is extensively used in the rubber industry, It is coloristically very similar to P.O.34, but generally somewhat yellower. The pigment blooms over a large concentration range and bleeds considerably. At concentrations below ca.0.1%, neither P.O.34 nor 13 are suited for use in rigid PVC.. P.O.13 shows less stability in paints than P.O.34 types of similar particle size. The graphics industry uses P.O.13 to an appreciable extent for packaging printing inks.

Pigment Violet 23, PV23, Carbazole violet, Violet BLS, Violet RLS, Violet RL-S P.V.23, also referred to as Carbazole Violet, is a universally useful product. Its color, a bluish violet shade, is not accessible with other Pigments. P.V.23 is used in almost all media which are typically colored with pigments. P.V.23 is a favorite shading pigment for use in emulsion paints, spin dyeing plastics, and printing inks industry It is frequently utilized in combination with copper phthalocyanine blue pigments to produce reddish shades of blue.

Pigment Violet 23, PV23, Carbazole violet, Violet BLS, Violet RLS, Violet RL-S P.V.23, also referred to as Carbazole Violet, is a universally useful product. Its color, a bluish violet shade, is not accessible with other Pigments. P.V.23 is used in almost all media which are typically colored with pigments. P.V.23 is a favorite shading pigment for use in emulsion paints, spin dyeing plastics, and printing inks industry It is frequently utilized in combination with copper phthalocyanine blue pigments to produce reddish shades of blue.

Pigment Blue 15:4, Blue 4558 Under the designation P.B.15:4 show largely the same coloristic and fastness properties as P.B.15:3 types, but often exhibit much better rheology. Improved stability to flocculation and other rub-out phenomena make P.B.15:4 an attractive choice, Commercially Available Pigments 447 especially for oven drying paints. The pigments have also gained importance in gravure printing inks, particularly in toluene-based publication gravure printing inks and in various types of flexographic printing inks. They now dominate in these areas. Often, P.B.15:4 types are optimized for use in specific media, such as publication gravure printing inks. In these media the pigment exhibits high tinctorial strength and good flow.