Up to 70 % of the oil paintings conserved in collections present metal soaps, which result from the chemical reaction between metal ions present in the painted layers and free fatty acids from the lipidic binders. In recent decades, conservators and conservation scientists have been systematically identifying various and frequent conservation problems that can be linked to the formation of metal soaps. It is also increasingly recognized that metal soap formation may not compromise the integrity of paint so there is a need for careful assessment of the implications of metal soaps for conservation. This review aims to critically assess scientific literature related to commonly adopted analytical techniques for the analysis of metal soaps in o...
The formation of Pb, Zn, and Cu carboxylates (soaps) has caused visible deterioration in hundreds of...
Metal soap formation is recognised as a critical degradation mechanism in historical oil paintings, ...
In this paper we present a new analytical GC/MS method for the analysis of mixtures of free fatty ac...
Abstract Up to 70 % of the oil paintings conserved in collections present metal soaps, which result ...
From the 19th Century, artists’ oil paints were increasingly produced on an industrial scale and inc...
Currently, approximately 70% of paintings in museum collections are affected by the presence of meta...
Metal soaps, the organic salts resulting from the interaction of fatty acids and metal cations, arou...
The influence of free metal stearates, other metal soaps and free fatty acids on the water sensitivi...
From a chemical point of view, oil paintings are not stable objects. Visually, changes in the appear...
Abstract Metal soap formation is one of the most wide-spread degradation mechanisms observed in hist...
Abstract Metal soaps and resinates are known to be spontaneously formed in artistic paintings, as a ...
International audienceThe origin(s) and role(s) of metal soaps in paints are a worldwide concern tod...
Metal soap formation is one of the most wide-spread degradation mechanisms observed in historical oi...
The formation of Pb, Zn, and Cu carboxylates (soaps) has caused visible deterioration in hundreds of...
Metal soap formation is recognised as a critical degradation mechanism in historical oil paintings, ...
In this paper we present a new analytical GC/MS method for the analysis of mixtures of free fatty ac...
Abstract Up to 70 % of the oil paintings conserved in collections present metal soaps, which result ...
From the 19th Century, artists’ oil paints were increasingly produced on an industrial scale and inc...
Currently, approximately 70% of paintings in museum collections are affected by the presence of meta...
Metal soaps, the organic salts resulting from the interaction of fatty acids and metal cations, arou...
The influence of free metal stearates, other metal soaps and free fatty acids on the water sensitivi...
From a chemical point of view, oil paintings are not stable objects. Visually, changes in the appear...
Abstract Metal soap formation is one of the most wide-spread degradation mechanisms observed in hist...
Abstract Metal soaps and resinates are known to be spontaneously formed in artistic paintings, as a ...
International audienceThe origin(s) and role(s) of metal soaps in paints are a worldwide concern tod...
Metal soap formation is one of the most wide-spread degradation mechanisms observed in historical oi...
The formation of Pb, Zn, and Cu carboxylates (soaps) has caused visible deterioration in hundreds of...
Metal soap formation is recognised as a critical degradation mechanism in historical oil paintings, ...
In this paper we present a new analytical GC/MS method for the analysis of mixtures of free fatty ac...