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Winter 2008 CAA Art Journal technotes
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updated 6/05/2009
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The Subtleties of Color
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Paste Paint Pigments

Paste Paint
High Viscosity Acrylic Color

Pigment Identification Chart

Paste Paints possess an extremely viscous (clay-like) consistency. Designed to be much thicker than regular acrylic paints, they must be applied with a palette knife or trowel. They offer the ability to achieve encaustic-like qualities while using a durable, permanent medium and may be layered, knifed or carved. Paste Paints can be used with Paste Gel and other acrylics for a myriad of unique textured effects.

The consistency of the Paste Paints is significantly influenced by temperature. Colder temperatures will serve to increase the viscosity, making the product more difficult to work with. Artists will want to consider this factor when deciding where they will store the Paste Paints in their studio. Planning may also be required around their use. It is also important to inspect new goods recently received, as cold temperatures during shipment are the norm during the winter months. Warming the product to 75-110°F (24-43°C) will decrease the viscosity and allow for easier application. Such warming can be accomplished in one of two ways: store product in warm (but not hot) environment or "soak" sealed container of Paste Paints in warm water. In either case, allow sufficient time for entire contents of container to equilibrate to warmer temperature before applying. DO NOT MICROWAVE or place in conventional oven.

Heavy Body History / Heavy Body Properties / Heavy Body Pigments / Health & Safety / Technical Information & Application Sheets / Organic-Inorganic List / Size Chart / Where To Buy

Paste Paint Color Chart
Lightfastness, Permanence, Opacity & Transparency Chart
Pigment Identification Chart


Hansa Yellow
Light

PY 3
Arylide Yellow

Hansa Yellow
Medium

PY 73
Arylide Yellow

Diarylide
Yellow

PY 83
Diarylide Yellow HR-70

Quinacridone/Nickel Azo Gold
PO 48 / PY 150
Quinacridone/Nickel Complex Azo

Quinacridone
Burnt Orange

PR 206
Quinacridone

C.P. Cadmium
Orange

PO 20 Cadmium (Sulfo-Selenide) - (CC)

Naphthol Red
Light

PR 112
Naphthol AS-D

Naphthol Red
Medium

PR 5
Naphthol ITR

Quinacridone
Red

PV 19
Quinacridone

Quinacridone
Crimson

PR 206 / PR 202
Quinacridone

Quinacridone
Violet

PV 19
Quinacridone

Ultramarine
Blue

PB 29
Polysulfide of Sodium-Alumino-Silicate

Cobalt
Blue

PB 28
Oxides of Cobalt and Aluminum

Cerulean Blue, Chromium
PB 36:1
Oxides of Cobalt and Chromium

Phthalo Green
(Yellow Shade)

PG 36
Brominated & Chlorinated Copper Phthalocyanine

Cobalt
Turquois

PB 36
Oxides of Cobalt and Chromium

Cobalt
Titanate Green

PG 50
Light Green Oxides of Nickel, Cobalt and Titanium

Permanent
Green Light

PY 3 / PG 7
Arylide Yellow
Chlorinated Copper Phthalocyanine

Yellow Oxide
PY 42
Synthetic Hydrated Iron Oxide

Burnt Sienna
PBr 7
Calcined Natural Iron Oxide

Red Oxide
PR 101
Synthetic Red Iron Oxide

Burnt Umber Light
PBr 7
Calcined Natural Iron Oxide containing Manganese

Raw Umber
PBr 7
Natural Iron Oxide containing Manganese

Graphite Gray
PBk 10
Crystallized Carbon

Carbon Black
PBk 7
Nearly Pure Amorphous Carbon

Titan
Buff

PW 6
Titanium Dioxide Rutile

Titanium
White

PW 6
Titanium Dioxide Rutile