Page 8 - George O'Hanlon

Search the words ‘Zorn Palette’ in Google, and you will find over 604,000 entries. Each discusses the famous four-color palette of Anders Zorn, a Swedish painter adored by thousands worldwide and long hailed as the artist’s artist. Among the many entries in Google are those expressing disbelief about the claim he only had four colors on his palette.

This is a revised table initially published in 2007 with current information on commercial oil colors as of November 1, 2019. The information in this table is compiled from public sources, such as manufacturers’ literature, product labels, and distributors’ websites. The information is subject to change. Please consult with the manufacturer for the latest pigment content of their paint.

Let's toss out the concepts of “fat over lean” and, for that matter, “thick over thin” (or the confused “thick over lean”) while we are at it, and let's consider the physical structure of the paint. To help you to understand the properties of oil paint, it is helpful to understand the relation between the pigment and oil. One way to think about the relationship between pigment and binder is a brick wall. Every mason knows there is an ideal ratio of mortar to brick. Too much mortar, and the wall is weak. Not enough mortar, and the bricks fall apart.

The color of the old masters was more granular and had more body than oil colors today. Anyone who has ever painted with hand-ground colors will recognize the difference.

Emulsion grounds typically consist of an emulsifying adhesive, such as animal collagen glue and vegetable oil with chalk and lead white. There are many formulas for emulsion grounds, also called "half-chalk grounds," but the one herein we've tried and found that it works quite well if you follow the instructions carefully. This formula and its preparation is based on the Full Oil Ground described in Egg Tempera Painting, Tempera Underpainting, Oil Emulsion Painting.

Learn how to prepare and apply gesso for wood panels with detailed instructions on priming, applying fabric cover, and polishing for a perfect finish. Discover the best techniques here.

An irregular sheen on an oil painting often produces a patchy gloss after applying the varnish. This article considers how to fix this on an existing painting and how to avoid it in the future. “Sinking in” is a common phenomenon among oil painters and is one of the most frequent issues encountered while teaching artists in my Painting Best Practices workshop. The causes of sinking in can be reduced to a few causes examined in this article.

Concerns about the toxicity of artists' materials have renewed interest in natural materials for painting. Oil painting has long been associated with health hazards due to using solvents in painting and cleaning. Much attention lately is given to lavender or spike oil as a healthier alternative to solvents. However, many are confused by the names and even more by the non-toxic claims made.

Dramatic changes in the techniques and materials used by artists began to occur in the latter half of the eighteenth century as the binding media was given much more attention than in previous centuries. This is related to the rising professional status of artists and the formation of academies for training artists, especially in Britain. Rather than using well-tested and reliable methods and materials based on studio practice and apprenticeship, artists began trying out new processes. This, in turn, is related to the vain search for the ‘lost secrets of the masters that led to even more experimentation and scandals, such as that experienced by the Royal Academy of Arts and its president, Benjamin West, at the turn of the nineteenth century.

Painting Best Practices Workout is the latest technical workshop on artists' materials and best painting practices. This six-day course provides hands-on learning on preparing supports for painting, making and applying grounds, paint making, pigments, and selecting and applying varnishes. All materials for the Workout are provided with the tuition.