Perfect for lightening multicoloured shades. Semi-transparent alternative for titanium white (opaque).

Perfect for lightening multicoloured shades. Semi-transparent alternative for titanium white (opaque).

Pure, brilliant white with maximum opacity and tinting power.

Pure, brilliant white with maximum opacity and tinting power.

Pale greenish yellow comparable to original lead-tin yellow.

Pale greenish yellow comparable to original lead-tin yellow.

Brilliant, green-tinted basic yellow. In combination with phthalo blue cyan (439) ideal for mixing a brilliant, semi-opaque green range.

Brilliant, green-tinted basic yellow. In combination with phthalo blue cyan (439) ideal for mixing a brilliant, semi-opaque green range.

Brilliant yellow with a greenish tinge based on an inorganic pigment with high tinting power. Good mixing properties with Phthalo blue cyan (439), produces clear, brilliant and opaque green tones.

Brilliant yellow with a greenish tinge based on an inorganic pigment with high tinting power. Good mixing properties with Phthalo blue cyan (439), produces clear, brilliant and opaque green tones.

Cool, brilliant yellow.

Cool, brilliant yellow.

Pure, warm yellow. Great for lightened pure yellow and green shades.

Pure, warm yellow. Great for lightened pure yellow and green shades.

Brilliant, red-tinted basic yellow. Mixes well with Cadmium red light (317) to produce opaque orange tones.

Brilliant, red-tinted basic yellow. Mixes well with Cadmium red light (317) to produce opaque orange tones.

Translucent orange-yellow colour. In former times it was produced in India from the urine of cows which were fed with mango leafes. This colour is now recreated synthetically.

Translucent orange-yellow colour. In former times it was produced in India from the urine of cows which were fed with mango leafes. This colour is now recreated synthetically.

Brilliant orange-yellow.

Brilliant orange-yellow.

Brilliant orange with high tinting power.

Brilliant orange with high tinting power.

Pure, fire red orange colour.

Pure, fire red orange colour.

Glowing, transparent orange similar to poppy red.

*2025 renamed colour; previously known as “transparent orange”

Glowing, transparent orange similar to poppy red.

*2025 renamed colour; previously known as “transparent orange”

Deeply coloured, yellowish base red. With Cadmium yellow medium (211) ideal for mixing an opaque orange series.

Deeply coloured, yellowish base red. With Cadmium yellow medium (211) ideal for mixing an opaque orange series.

Bright, fiery red colour. Reproduction of the originally used mineral mountain cinnabar.

Bright, fiery red colour. Reproduction of the originally used mineral mountain cinnabar.

Deeply coloured, yellowish base red. With Cadmium yellow medium (211) ideal for mixing an opaque orange series.

*2025 renamed colour; previously known as “Madder brilliant”.

Deeply coloured, yellowish base red. With Cadmium yellow medium (211) ideal for mixing an opaque orange series.

*2025 renamed colour; previously known as “Madder brilliant”.

Brilliant, yellow tinted scarlet red.

Brilliant, yellow tinted scarlet red.

Brilliant red, not as radiant as Pyrrole red dark (323).

Brilliant red, not as radiant as Pyrrole red dark (323).

Deeply coloured, yellowish base red. With Cadmium yellow medium (211) ideal for mixing an opaque orange series.

*2025 renamed colour; previously known as “Ruby”.

Deeply coloured, yellowish base red. With Cadmium yellow medium (211) ideal for mixing an opaque orange series.

*2025 renamed colour; previously known as “Ruby”.

Dark red with brown tinge.

Dark red with brown tinge.

Light, transparent purple red.

Light, transparent purple red.

Translucent blue-tinted basic red. Mixtures with Ultramarine blue (433) produce brilliant, transparent violet tones.

Translucent blue-tinted basic red. Mixtures with Ultramarine blue (433) produce brilliant, transparent violet tones.

Magenta is one of the three primary colours of the subtractive colour model.

Magenta is one of the three primary colours of the subtractive colour model.

Very transparent, dark purple violet.

Very transparent, dark purple violet.

Cool, intense violet hue. In mixtures, it creates delicate blue-greys.

Cool, intense violet hue. In mixtures, it creates delicate blue-greys.

Deep, midnight blue with strong tinting power. Lightfast imitation of the original indigo.

Deep, midnight blue with strong tinting power. Lightfast imitation of the original indigo.

Finely transparent, red-tinted blue. Very deep full colour due to hight tinting power.

*2025 renamed colour; previously known as “Delft blue”.

Finely transparent, red-tinted blue. Very deep full colour due to hight tinting power.

*2025 renamed colour; previously known as “Delft blue”.

Pure basic blue with a reddish tinge. Mixtures with Quinacridone magenta (326) produce brilliant, transparent violet tones.

Pure basic blue with a reddish tinge. Mixtures with Quinacridone magenta (326) produce brilliant, transparent violet tones.

Deeper and more reddish than Cobalt blue light (435).

Deeper and more reddish than Cobalt blue light (435).

Clear blue; very good base for blue sky colours.

Clear blue; very good base for blue sky colours.

Light blue colour, obtained by a cobalt pigment.

Light blue colour, obtained by a cobalt pigment.

Inspired by the deep blue tones of the Middle East, originally made from lapis lazuli and smalt, now produced synthetically.

Inspired by the deep blue tones of the Middle East, originally made from lapis lazuli and smalt, now produced synthetically.

Transparent basic blue. Brilliant, semi-opaque green shades can be obtained by mixing with Hansa yellow lemon (205). Mixtures with Quinacridone magenta (326) produce brilliant, transparent violet shades

Transparent basic blue. Brilliant, semi-opaque green shades can be obtained by mixing with Hansa yellow lemon (205). Mixtures with Quinacridone magenta (326) produce brilliant, transparent violet shades

Black blue in full shades; produces a green-tinted blue in mixtures with white or in glazes.

Black blue in full shades; produces a green-tinted blue in mixtures with white or in glazes.

Turquoise tinted blue. Good basis for marine colours.

Turquoise tinted blue. Good basis for marine colours.

Opaque, green-tinted medium blue.

Opaque, green-tinted medium blue.

Finely transparent, brilliant turquoise blue.

Finely transparent, brilliant turquoise blue.

Opaque, clear, light turquoise.

Opaque, clear, light turquoise.

Deeply coloured, yellowish base red. With Cadmium yellow medium (211) ideal for mixing an opaque orange series.

Deeply coloured, yellowish base red. With Cadmium yellow medium (211) ideal for mixing an opaque orange series.

Bluish deep green. Similar to the tourmaline (dark blue greenish tinge).

*2025 renamed colour; previously known as “Turmaline green”.

Bluish deep green. Similar to the tourmaline (dark blue greenish tinge).

*2025 renamed colour; previously known as “Turmaline green”.

Glowing green with a blue tinge; similar to an emerald green and the classic viridian.

Glowing green with a blue tinge; similar to an emerald green and the classic viridian.

Full, brilliant green; cannot be mixed.

Full, brilliant green; cannot be mixed.

More yellow and lighter than the phthalo green blue shade (563).

More yellow and lighter than the phthalo green blue shade (563).

Medium green with high tinting power.

*2025 renamed colour; previously known as “Oriental green”.

Medium green with high tinting power.

*2025 renamed colour; previously known as “Oriental green”.

Warm, slightly dull green shade. 

Warm, slightly dull green shade. 

Brilliant green shade. More neutral than vanadium green (568).

*2025 renamed colour; previously known as “Permanent green light”.

Brilliant green shade. More neutral than vanadium green (568).

*2025 renamed colour; previously known as “Permanent green light”.

Brilliant, yellow light green.

Brilliant, yellow light green.

Slightly dull, very yellowish green colour

Slightly dull, very yellowish green colour

In the full shade, strong green, translucent yellowish, basis for variations of plant green colour shades.

In the full shade, strong green, translucent yellowish, basis for variations of plant green colour shades.

Semi-transparent, brown-tinted natural earth.

Semi-transparent, brown-tinted natural earth.

Ochre shade, light yellow with a green tinge.

*2025 renamed colour; previously known as “Naples yellow light”.

Ochre shade, light yellow with a green tinge.

*2025 renamed colour; previously known as “Naples yellow light”.

Deeper and more reddish than Naples yellow light (672).

*2025 renamed colour; previously known as “Naples yellow deep”.

Deeper and more reddish than Naples yellow light (672).

*2025 renamed colour; previously known as “Naples yellow deep”.

Brilliant, ochre-like yellow tone. Special effect in glazing.

*2025 renamed colour; previously known as “transparent golden yellow”

Brilliant, ochre-like yellow tone. Special effect in glazing.

*2025 renamed colour; previously known as “transparent golden yellow”

Slightly brownish yellow ochre; obtained by a synthetic, hydrated iron oxide.

Slightly brownish yellow ochre; obtained by a synthetic, hydrated iron oxide.

Semi-transparent, strong and yellow-tinted brown. Obtained from French natural mineral.

Semi-transparent, strong and yellow-tinted brown. Obtained from French natural mineral.

French natural earth imitates the original from Italy. Deeper and warmer shade than Yellow ochre (675).

French natural earth imitates the original from Italy. Deeper and warmer shade than Yellow ochre (675).