Hold pointer over swatch to see pigment information.

PW4 Zinc Oxide, PR101 Synthetic Iron Oxide
PW4 Zinc Oxide
PW6 Titanium Dioxide
191
Unbleached
Titanium Pail
PW6 Titanium Dioxide
PW6 Titanium Dioxide Rutile, PY3 Monoarylide Yellow
PW6 Titanium Dioxide Rutile, PY1 Monoarylide Yellow
PY53 Nickel Titanate
224
Nickel Yellow
PY37 C.P. Cadmium Sulfide
PY3 Monoarylide Yellow, PG7 Phthalocyanine Green
PY37 C.P. Cadmium Sulfide
PY3 Monoarylide Yellow
PY37 C.P. Cadmium Sulfide
PY1 Monoarylide Yellow
PY37 C.P. Cadmium Sulfide
Monoarylide Yellow - PY65
PY37 C.P. Cadmium Sulfide
PW4 Zinc Oxide, PV 15 Sodium Aluminum Sulfo-Silicate, PY42 Synthetic Iron Oxide, PY1 Monoarylide Yellow, PY3 Monoarylide Yellow
PBr24 chrome titanate
PW4 zinc oxide, PO73 dipyrrolopyrrol, PY42 synthetic iron oxide
422
Naples
Yellow Reddish
PW4,PW6,PY42,PR101,PR112, titanium dioxide rutile, zince oxide, synthetic iron oxide, napthol as-d
684
Canton Rose
PW 4 Zinc Oxide, PY42 Synthetic Iron Oxide, PY1 Monoarylide Yellow, PY3 Monoarylide Yellow
PW4 Zinc Oxide, PV19 Quinacridone, PO 13 Disazo Pyrazolone
584
Montserrat
Orange
PY40 Cobalt Potassium Nitrate
PY 83 Diarylide Yellow, PY42 Hydrated Synthetic Iron Oxide
PY83 Diarylide Yellow
PY83 Diarylide Yellow, PR177 anthranquinoid
PO20 C.P. Cadmium Sulfo-Selenide
PO13 Disazo Pyrazolone
PO5 Dinitroaniline
PR108 C.P. Cadmium Sulfo-Selenide
PR108, cadmium sulfo-selenide
PR38 Disazo
PR106 mercury sulfide
PR108 C.P. Cadmium Sulfo-Selenide
PR112 napthol AS-D
PR108 C.P. Cadmium Sulfo-Selenide
PR108 C.P. Cadmium Sulfo-Selenide
PV19 Quinacridone
PR122 quinacridone
PR177 anthraquinone
PR83 1,2 Dihydroxyanthranquinone
684
Alizarin
Crimson
PR38 Disazo
PR179 perylene
PV19 Quinacridone
PV19 Quinacridone, PO13 Disazo Pyrazalone, PW4 Zinc Oxide
PW4 Zinc Oxide, PV19 Quinacridone
PV15 Sodium Aluminum Sulfo-Selenide
PV49 Cobalt Ammonium Phosphate
PV14 Cobalt Phosphate
PW4 Zinc Oxide, PV19 Quinacridone
PW4 Zinc Oxide, PV23 Carbazole Dioxazine
PV16 Manganese Ammonium Phosphate
PV15 Sodium Aluminum Sulfo-Silicate
764
Ultramarine
Violet
PV23 Carbazole Dioxazine
PW4 Zinc Oxide, PB15:3 Copper Phthalocyanine, PB29 Sodium Aluminum Sulfo-Silicate
PW4 Zinc Oxide, PB15:3 Copper Phthalocyanine, PB29 Sodium Aluminum Sulfo-Silicate
PB35 Cobalt Stannate
PB35 Cobalt Stannate
PW4 Zinc Oxide, PG 7 Chlorinated Copper Phthalocyanine, PB 15:3 Copper Phthalocyanine
PG50 Oxides of Cobalt, Chromium, and Aluminum
787
Cobalt
Teal
PB28 Coblat titanate green spinel
817
Cobalt
Teal Deep
PB36 Oxides of Cobalt, Chromium, and Aluminum
817
Cobalt Turquoise Greenish
PB36 Oxides of Cobalt, Chromium, and Aluminum
907
Cobalt Turquoise Bluish
Cobalt Aluminate - PB28
927
Cobalt Blue
PB28 Cobalt Aluminate
PB29 Sodium Aluminum Sulfo-Silicate
PB29 Sodium Aluminum Sulfo-Silicate
PB27 Sodium Aluminum Ferroferricyanide
PB15:3 Copper Phthalocyanine
PG 7 Chlorinated Copper Phthalocyanine, PB 15:3 Copper Phthalocyanine
PBr7 Natural Iron Oxide, PB27 Sodium Ammonium Ferroferricyanide
PG19 Cobalt Zincate
1088

Cobalt Green Pale
PW4 Zinc Oxide, PG7 Chlorinated Copper Phthalocyanine, PY3 Monoarylide Yellow
1103
Veronese
Green
PY3,PY74,PG7,monoarylide yellow, chlorinated phthalocyanine, arylide yellow
PW4 Zinc Oxide, PG7 Chlorinated Copper Phthalocyanine, PY3 Monoarylide Yellow
1153
Cinnibar
Green Light
PY37 C.P. Cadmium Sulfide, PG18 Hydrated Chromium Oxide
PY37 C.P. Cadmium Sulfide, PG18 Hydrated Chromium Oxide
1187
Cadmium
Green
PY3 Monoarylide Yellow, PG7 Chlorinated Copper Phthalocyanine
PY1 Monoarylide Yellow, PG7 Chlorinated Copper Phthalocyanine
PG18 Hydrated Chromium Oxide
1245
Viridian
PG36 Bromochlorinated Phthalocyanine
PG7 Chlorinated Copper Phthalocyanine
PY83 Diarylide Yellow, PY42 Hydrated Synthetic Iron Oxide,  PG7 Chlorinated Copper Phthalocyanine
PBr7 natural iron oxide, PB27 sodium ammonium ferroferricyanide, PY65 monoarylide yellow
PG17 Chrominated Oxide
1223
Chromium
Oxide
PG23 natural iron oxide
PBr7 natural iron oxide, PG7 chlorinated phthalocyanine
PY129 azomethine

PG7 Chlorinated Copper Phthalocyanine, PY83 Diarylide Yellow
363
Olive Green

PY43 natural iron oxide PBr7 natural iron oxide PBr7 natural iron oxide, PO73 dipyrrolopyrrol PY42 hydrated snythetic iron oxide PR101 hydrated snythetic iron oxide Quinacridone PR 206 / Diarylide PY83 PR101 hydrated snythetic iron oxide
PBr7 natural iron oxide
PBr7 natual iron oxide
PBr7 natural iron oxides
PR102 natural iron oxide
PR102 natural iron oxide
PY42 snythetic iron oxide
PY42 snythetic iron oxide
PY42 snythetic iron oxide
PR101 snythetic iron oxide
PR101 snythetic iron oxide
PR101 snythetic iron oxide
PBr7 natural iron oxide
PBr7 Natural Iron oxide
PBr7 natural iron oxide, PG7 phthalocyanine green
PBr7 natural iron oxide
PBr7 Natural Iron Oxide
PBr6 snythetic iron oxide
Natural Brown 8 natural earth
PBlk10 graphite
PB27 sodium ammonium ferroferricyanide, PBr7 natural iron oxide, PV23 carbazol dioxazine
PBlk19, powered slate
PBlk19 powdered slate
PBlk9 carbonized bone
PBlk11 synthetic iron oxide
PBlk6 carbon from oil flame
PB29 sodium aluminum sulfo-silicate, PBlk9 carbonized bone
 
 
 
 
 

Native Italian Earth Colors
Williamsburg is pleased to offer a line of traditional native Italian earths.  While we have always made our siennas with fine Italian pigments, these particular earths are scarce and used primarily by art conservators.  They are the same pigments used by the great Sienese and Florentine masters.  All are authentic and come from the regions of Italy made famous by these pigments.  Unfortunately, because these colors are difficult to get, we can offer them only in 40 ml. and 150 ml. tubes
.
natural iron oxide PG23 natural iron oxide PY43 natural iron oxide PY43 natural iron oxide PY43 Natural Iron Oxide PBr7 Natural iron oxide PR102 natural iron oxide PR102  
natural iron oxide PR102 natural iron oxide PR102 natural iron oxide PBlk11 natural iron oxide PR102

natural iron oxide

PBr7 Natural Iron Oxide
25
Italian

Raw Umber
 
 

Iridescent and Interference Colors
Williamsburg makes a line of iridescent colors that are both colorfast and permanent. We make these with ground mica so that even the metallic colors will not tarnish. There are some limitations inherent in the composition of these colors: in order to refract light and appear metallic or nacreous, the mica particles must be ground too small. They should be almost like tiny crystalline prisms sparkling with glints of light. Because of this, the paint has a semi-translucent quality - not the heavy covering power of aluminum radiator paint.

Imagine the colors that shoot out of a fire opal, except each color is isolated. For example interference violet goes on like an almost colorless glaze but violet "fire picks up and reflects the light. These interference colors work best in glazes - they lose their opalescent sheen when mixed too much with other colors.

 
 
 
 

1853
Iridescent

Bronze
 
 

NOTE: Due to computer monitor color variations, the above color swatches only provide a general reference to the color's hue. For a closer representation, we suggest calling to purchase one of our printed color charts. By the way, we enclose one, free of charge with your first order. Thank you.

Copyright 2001 | Williamsburg Art Materials, Inc. | All Rights Reserved | 800-293-9399