Flake white subst. corresponds - to a large extent - optically and technically to the historical Flake white and shows a slightly warm, semi-opaque white tone. In addition to its pure use, for example in portrait painting, it is also used to lighten colours without significantly changing their colour character

Flake white subst. corresponds - to a large extent - optically and technically to the historical Flake white and shows a slightly warm, semi-opaque white tone. In addition to its pure use, for example in portrait painting, it is also used to lighten colours without significantly changing their colour character

Pure white, semi-opaque in relation to titanium white. Ideal for lightening multicoloured shades.

Pure white, semi-opaque in relation to titanium white. Ideal for lightening multicoloured shades.

Pure, brilliant white. Possesses the highest opacity and tinting power of all white colours.

Pure, brilliant white. Possesses the highest opacity and tinting power of all white colours.

Titanium white with ultrafine primary grain, providing a semi-transparenteffect. Forms fine white haze effects which display a milky blue shimmer in glancing light. An ideal colour to create atmospheric perspectives.

Titanium white with ultrafine primary grain, providing a semi-transparenteffect. Forms fine white haze effects which display a milky blue shimmer in glancing light. An ideal colour to create atmospheric perspectives.

Warm, reddish colour. Ideal base for mixing other shades for portrait painting.

Warm, reddish colour. Ideal base for mixing other shades for portrait painting.

Pale, greenish, opaque yellow which imitates the original with inorganic

pigments. Medieval yellow was the brightest yellow used by the Medieval

painters.

Pale, greenish, opaque yellow which imitates the original with inorganic

pigments. Medieval yellow was the brightest yellow used by the Medieval

painters.

Light, delicate greenish yellow which can hardly be obtained by mixing, made from inorganic pigments.

Light, delicate greenish yellow which can hardly be obtained by mixing, made from inorganic pigments.

mitation of cadmium yellow with inorganic pigment. High tinting power,

semi-opaque, cadmium-free.

mitation of cadmium yellow with inorganic pigment. High tinting power,

semi-opaque, cadmium-free.

Fine transparent, warm yellow, similar to the basic colour yellow.

Fine transparent, warm yellow, similar to the basic colour yellow.

The classic brilliant, green-tinged yellow in oil colouring. Mixes well with

transparent cyan; produces clear, semi-transparent green shades.

The classic brilliant, green-tinged yellow in oil colouring. Mixes well with

transparent cyan; produces clear, semi-transparent green shades.

Contains a modern, opaque pigment with high tinting power. Produces a brilliant, slightly green-tinted yellow. A cadmium-free alternative to cadmium yellow. Mixes

well with transparent cyan, produces clear, brilliant, opaque green shades.

Contains a modern, opaque pigment with high tinting power. Produces a brilliant, slightly green-tinted yellow. A cadmium-free alternative to cadmium yellow. Mixes

well with transparent cyan, produces clear, brilliant, opaque green shades.

Contains a modern, opaque pigment with high tinting power. Produces a

reddish, slightly dull yellow.

Contains a modern, opaque pigment with high tinting power. Produces a

reddish, slightly dull yellow.

n former times, Indian yellow was produced in India from the urine of cows which were fed with mango leaves. This method of production is prohibited today, because it is cruel. Our Indian yellow is an imitation of the classic transparent orange-yellow colour.

n former times, Indian yellow was produced in India from the urine of cows which were fed with mango leaves. This method of production is prohibited today, because it is cruel. Our Indian yellow is an imitation of the classic transparent orange-yellow colour.

Traditional colour produced from inorganic pigments. Very light, almost beige yellow.

Traditional colour produced from inorganic pigments. Very light, almost beige yellow.

Brilliant opaque yellow with high tinting power.

Brilliant opaque yellow with high tinting power.

Rich, red-tinted yellow with good opacity and tinting power.

Rich, red-tinted yellow with good opacity and tinting power.

Brilliant yellow-orange with high opacity and tinting power.

Brilliant yellow-orange with high opacity and tinting power.

Brilliant orange with high opacity and tinting power.

Brilliant orange with high opacity and tinting power.

The lighter and yellow variant of dark Naples yellow.

The lighter and yellow variant of dark Naples yellow.

Warm, opaque, almost ochre-coloured yellow. Previously produced from toxic lead pigment, now an imitation with inorganic, highly lightfast pigments.

Warm, opaque, almost ochre-coloured yellow. Previously produced from toxic lead pigment, now an imitation with inorganic, highly lightfast pigments.

Inorganic yellow which produces a very fine glaze effect; the tone is roughly similar to a brilliant yellow ochre or a very yellow Sienna

Inorganic yellow which produces a very fine glaze effect; the tone is roughly similar to a brilliant yellow ochre or a very yellow Sienna

Warm, finely transparent brownish orange.

Warm, finely transparent brownish orange.

Lemon yellow when applied in a thin layer to produce a fine glaze. Dark, almost ochre-coloured yellow when applied as an opaque layer.

Lemon yellow when applied in a thin layer to produce a fine glaze. Dark, almost ochre-coloured yellow when applied as an opaque layer.

Finely transparent dark orange shade with pronounced red tinge. Ideal for mixing to produce very light red shades.

Finely transparent dark orange shade with pronounced red tinge. Ideal for mixing to produce very light red shades.

Imitation of the toxic chrome orange with a non-toxic, modern, opaque organic pigment with high tinting power. A very deep, brilliantly fiery orange.

Imitation of the toxic chrome orange with a non-toxic, modern, opaque organic pigment with high tinting power. A very deep, brilliantly fiery orange.

In former times, scarlet was a much sought-after colour which was obtained from a coccid which lives in the Kermes oak. Today, the name “scarlet” is given to a brilliant red with a very pronounced yellow tinge.

In former times, scarlet was a much sought-after colour which was obtained from a coccid which lives in the Kermes oak. Today, the name “scarlet” is given to a brilliant red with a very pronounced yellow tinge.

Rich opaque red with high tinting power. Darker and bluer than light cadmium red.

Rich opaque red with high tinting power. Darker and bluer than light cadmium red.

Finely transparent dark, brownish red. Comparable with very red mahogany.

Finely transparent dark, brownish red. Comparable with very red mahogany.

Transparent, very bright deep red. With the exception of “Alizarin madder lake”, ourMUSSINI “madder” colours are standard tone designations. They are simulated today with highly light-fast, transparent, modern organic pigments.

Transparent, very bright deep red. With the exception of “Alizarin madder lake”, ourMUSSINI “madder” colours are standard tone designations. They are simulated today with highly light-fast, transparent, modern organic pigments.

Brilliant dark red with a blue tinge. Lighter than alizarin madder lake, produces a good glaze effect.

Brilliant dark red with a blue tinge. Lighter than alizarin madder lake, produces a good glaze effect.

Cold, rich dark red, produces good glaze effects. Originally an alumina-based colour from alizarin, the main dyestuff contained in the madder plant. Since 1870, alizarin has been obtained and processed into colour by synthetic means.

Cold, rich dark red, produces good glaze effects. Originally an alumina-based colour from alizarin, the main dyestuff contained in the madder plant. Since 1870, alizarin has been obtained and processed into colour by synthetic means.

Perylenes are among the most lightfast organic pigments. A transparent, cold, dark red with a slight brown tint. Florentine red is based on the old Florentine colour which was obtained from Brazil wood and was similar in colour.

Perylenes are among the most lightfast organic pigments. A transparent, cold, dark red with a slight brown tint. Florentine red is based on the old Florentine colour which was obtained from Brazil wood and was similar in colour.

Pure opaque red with high tinting power. Similar to vermilion red.

Pure opaque red with high tinting power. Similar to vermilion red.

Very deep red with a blue tinge. High opacity and tinting power.

Very deep red with a blue tinge. High opacity and tinting power.

A standard tone designation, derived directly from the Latin name for the cocchineal louse. Brilliant red with blue tinge, semi-transparent.

A standard tone designation, derived directly from the Latin name for the cocchineal louse. Brilliant red with blue tinge, semi-transparent.

Corresponds to the basic colour magenta in subtractive colour mixture, produces a very good glaze effect. Produces brilliant, transparent violet shades when mixed with transparent cyan.

Corresponds to the basic colour magenta in subtractive colour mixture, produces a very good glaze effect. Produces brilliant, transparent violet shades when mixed with transparent cyan.

Classic red. As real cinnabar is toxic and possesses poor lightfastness, this colour has been imitated with a modern, organic pigment. Brilliant, opaque red, bluer than scarlet, yellower than carmine

Classic red. As real cinnabar is toxic and possesses poor lightfastness, this colour has been imitated with a modern, organic pigment. Brilliant, opaque red, bluer than scarlet, yellower than carmine

Warm, finely transparent reddish brown, commonly used today to imitate burnt Sienna

Warm, finely transparent reddish brown, commonly used today to imitate burnt Sienna

Finely transparent colour, bluer than transparent magenta. In ancient times, purple was obtained by means of a complicated process from the gland of a snail, and was much sought-after as a particularly valuable dye for artists’ colours

Finely transparent colour, bluer than transparent magenta. In ancient times, purple was obtained by means of a complicated process from the gland of a snail, and was much sought-after as a particularly valuable dye for artists’ colours

Lightfast, delicate, brilliant, and semi-opaque red violet.

Lightfast, delicate, brilliant, and semi-opaque red violet.

Very finely transparent, brilliant bluish violet with particularly high tinting power

Very finely transparent, brilliant bluish violet with particularly high tinting power

Semi-opaque cobalt blue shade with a greenish tendency

Semi-opaque cobalt blue shade with a greenish tendency

Corresponds to the basic colour cyan in the subtractive colour mixture; very goodglaze effect. Produces brilliant, transparent violet shades when mixed with magenta and brilliant, semi-transparent green shades when mixed with lemon yellow.

Corresponds to the basic colour cyan in the subtractive colour mixture; very goodglaze effect. Produces brilliant, transparent violet shades when mixed with magenta and brilliant, semi-transparent green shades when mixed with lemon yellow.

Deep blue with very high tinting power. This colour used to be obtained from the indigo plant or woad; today, indigo is produced by synthetic means

Deep blue with very high tinting power. This colour used to be obtained from the indigo plant or woad; today, indigo is produced by synthetic means

Imitation of cobalt blue deep with ultramarine. Opaque, with high tinting power, slightly greener and duller.

Imitation of cobalt blue deep with ultramarine. Opaque, with high tinting power, slightly greener and duller.

Semi-opaque, clear blue with a slight red tinge.

Semi-opaque, clear blue with a slight red tinge.

Semi-opaque blue with a subtle red tinge. Genuine cobalt blue was discovered in the 18th century, and was first used in colouring at the beginning of the 19th century. With cobalt blue, it was now possible to colour a radiant blue sky.

Semi-opaque blue with a subtle red tinge. Genuine cobalt blue was discovered in the 18th century, and was first used in colouring at the beginning of the 19th century. With cobalt blue, it was now possible to colour a radiant blue sky.

The classical royal blue was introduced under King Louis XIV of France, based on a cobalt pigment. The king’s blue was light, corresponding roughly to a green-tinged sky blue, similar to our royal blue light.

The classical royal blue was introduced under King Louis XIV of France, based on a cobalt pigment. The king’s blue was light, corresponding roughly to a green-tinged sky blue, similar to our royal blue light.

The possibility of producing ultramarine synthetically led to an increase in variations of the royal blue colour. Deep royal blue is a brilliant medium blue produced with ultramarine.

The possibility of producing ultramarine synthetically led to an increase in variations of the royal blue colour. Deep royal blue is a brilliant medium blue produced with ultramarine.

Brilliant, semi-transparent blue with a turquoise tinge. An imitation of toxic manganese blue using the non-toxic organic phthalocyanine pigments.

Brilliant, semi-transparent blue with a turquoise tinge. An imitation of toxic manganese blue using the non-toxic organic phthalocyanine pigments.

Traditional colour. Black blue with very high tinting power. Its real shade is only revealed in glazes. Has a tendency towards bronzing on account of its high pigmentation.

Traditional colour. Black blue with very high tinting power. Its real shade is only revealed in glazes. Has a tendency towards bronzing on account of its high pigmentation.

Lighter than dark ultramarine and with a slightly less pronounced red tinge

Lighter than dark ultramarine and with a slightly less pronounced red tinge

Finely transparent, very pure blue with a red tinge. In the Middle Ages, ultramarinewas obtained from the semi-precious stone lapis lazuli. Not until the first third of the 19th century was it possible to produce ultramarine by synthetic means.

Finely transparent, very pure blue with a red tinge. In the Middle Ages, ultramarinewas obtained from the semi-precious stone lapis lazuli. Not until the first third of the 19th century was it possible to produce ultramarine by synthetic means.

Finely transparent dark blue shade with a red tinge.

Finely transparent dark blue shade with a red tinge.