Image: Fujita Art Museum, Osaka
Fujita Art Museum in Osaka has highlighted a sutra known as the ‘Chūson-ji kyō’, describing it as a lavish work written in gold and silver characters. In a post shared by the museum, the object is presented as part of an exhibition section marked ‘Gold’, where its material brilliance is a central feature of the display.
The museum’s note explains one of the work’s distinctive finishing techniques: after the characters were written, the surface was further polished with boar tusks, a process identified in the post as ‘eisei’ in Japanese. According to the museum, this extra step was used to make the sutra shine even more strongly.
The post frames the object as an example of the craftsmanship and refinement associated with luxury Buddhist manuscripts. Rather than simply relying on precious materials, the work’s appearance was heightened through a labor-intensive treatment that enhanced the reflective quality of the gold and silver script.
Fujita Art Museum, based in Osaka, uses its social media channels to draw attention to individual objects in its collection and to the details that shape how they were made and preserved. In this case, the museum’s message focuses on the technique behind the sutra’s appearance, offering viewers a closer look at the material culture of religious writing.
The museum’s post does not give a separate exhibition title, nor does it specify a broader curatorial theme beyond the display label ‘Gold’. It also does not provide a date range for the presentation, but identifies the Chūson-ji sutra as currently on view in that section. The post serves as a brief introduction to an object whose visual impact depends on both precious metals and the finishing method used to intensify its shine.
By drawing attention to the boar-tusk polishing process, the museum underscores a practical detail that helped transform the sutra into an especially brilliant manuscript. The post identifies the work as a gold-and-silver text and singles out the extra polishing step as the key to its gleaming surface.
