Characterization of Asian and European Lacquers
New protocols for sampling individual lacquer layers and detecting organic materials of Asian and European lacquers
Project Details
- Category
- Years 2010 – present
- Status
- Organizer

About
Goal
Compositional and technological differences between Asian and European lacquers affect how they age and their long-term stability. Scientific analysis could provide conservators with vital information about the composition and condition of lacquer layers, aiding in development of appropriate conservation treatments.
This project aims to develop a methodology for sampling and analysis of the organic components of Asian and European lacquers that improves upon existing techniques both in terms of sensitivity and range of detectable compounds.
Outcomes
- Development of a procedure for sampling individual lacquer layers for analysis
- Development of a single test method for characterizing either Asian or European lacquer applicable to the widest possible range of both Asian and European materials
- Creation of a reference table of characteristic marker compounds for a very large selection of raw materials associated with the production of both Asian and European lacquers
- In studies of the furniture collections of the Getty Museum, the test procedure worked very well in detecting the anticipated range of materials in European lacquer formulations based on the literature review of recipes. For example, various natural resins were often found mixed together with drying oils, and shellac was also a common component
Background
Lacquered objects are among the most highly treasured works of Asian art. Multiple, complex layers of lacquer are used to decorate the surfaces of screens, boxes, dishes, cabinets and small objects imparting a distinctive appearance that is also pleasantly tactile.
Project Team
Conservation Institute: Michael R. Schilling, Project Manager, Senior Scientist; Stéphanie Auffret, Senior Project Specialist; Herant Khanjian, Associate Scientist
Getty Museum: Arlen Heginbotham, Conservator
Contact the Team
Michael Schilling
Project Manager