Recent from talks
Favrile glass
Knowledge base stats:
Talk channels stats:
Members stats:
Favrile glass
Favrile glass is a term originally used as a trade name for art glass produced at Tiffany Furnaces, a glassmaking factory owned by Louis Comfort Tiffany. The term is now used to describe the type of iridescent glass Tiffany produced there. First produced in the United States by Tiffany, this kind of lustred glass was invented by Arthur J. Nash, inspired by the iridescence of corroded glassware unearthed from Roman ruins. Tiffany lustred glass has a "soft, satiny sheen" due to Tiffany's use of opaque glass, in contrast to the "mirrorlike finish" achieved by some European varieties of lustred glass, which used transparent glass.
Tiffany used this glass, along with other types of Tiffany glass, in many Art Nouveau glass products designed and made by his studio, including stained glass windows and Tiffany lamps, glass mosaic murals, and blown glass vases and lamp shades. His largest and most significant work using Favrile glass is Dream Garden (1916), commissioned by the Curtis Publishing Company for their headquarters in Philadelphia and designed by Maxfield Parrish. It is now owned by the Pennsylvania Academy of the Fine Arts.
Favrile glass was highly reputed and very expensive in its time, and sparked many imitations.
Tiffany founded his first glassmaking firm in 1892, which he called the Tiffany Glass and Decorating Company. The factory, Tiffany Furnaces, was located in Corona, Queens, New York. It was managed by English immigrant Arthur J. Nash, who was skilled in glassmaking. It was here that Tiffany developed his unique method of glassmaking.
Tiffany developed this new glass with inspiration from ancient glass vessels, including Roman glass and Islamic glass, along with the contemporary work of Émile Gallé. In London he visited the South Kensington Museum, later renamed the Victoria and Albert Museum, whose extensive collection of Roman and Syrian glass made a deep impression on him.[citation needed] Some of the ancient glass items had iridescent surfaces due to corrosion from being buried in soil. He also admired the coloration of medieval glass and believed that he could improve on the quality of contemporary glass.[citation needed]
After much experimentation and development, he received the patent for Favrile glass in 1894. He made the first Favrile objects in 1896. At the 1900 Paris Exposition, Tiffany's Favrile glass won the grand prize in the exposition.
According to materials scientist Gregory Merkel, favrile glass achieves iridescence in a similar way to Aurene glass. The glass must have silver ions dissolved in it, which form a surface coat of metallic silver when the glass is placed in a chemically reducing environment. These silver ions are added through the addition of silver nitrate. The glass is then sprayed with dissolved tin salt, resulting in the formation of a thin and iridescent layer of tin oxide. The reducing environment was achieved by "turning up" the oil until the flame became green, at which point the glass would be plunged in and out of the flame until a "silver mirror" appeared on the surface, at which point it was sprayed with tin chloride to create the oxide layer. Thousands of experiments were required for Arthur Nash to develop this process. However, it is unknown who first discovered the general principle.
Chemically, the silver coat precipitates out of the glass because the reducing environment strips oxygen atoms from the surface of the glass, depositing electrons and negatively charging the surface of the glass. The positively charged silver ions inside then precipitate out, absorbing the electrons and neutralizing the charge.
Hub AI
Favrile glass AI simulator
(@Favrile glass_simulator)
Favrile glass
Favrile glass is a term originally used as a trade name for art glass produced at Tiffany Furnaces, a glassmaking factory owned by Louis Comfort Tiffany. The term is now used to describe the type of iridescent glass Tiffany produced there. First produced in the United States by Tiffany, this kind of lustred glass was invented by Arthur J. Nash, inspired by the iridescence of corroded glassware unearthed from Roman ruins. Tiffany lustred glass has a "soft, satiny sheen" due to Tiffany's use of opaque glass, in contrast to the "mirrorlike finish" achieved by some European varieties of lustred glass, which used transparent glass.
Tiffany used this glass, along with other types of Tiffany glass, in many Art Nouveau glass products designed and made by his studio, including stained glass windows and Tiffany lamps, glass mosaic murals, and blown glass vases and lamp shades. His largest and most significant work using Favrile glass is Dream Garden (1916), commissioned by the Curtis Publishing Company for their headquarters in Philadelphia and designed by Maxfield Parrish. It is now owned by the Pennsylvania Academy of the Fine Arts.
Favrile glass was highly reputed and very expensive in its time, and sparked many imitations.
Tiffany founded his first glassmaking firm in 1892, which he called the Tiffany Glass and Decorating Company. The factory, Tiffany Furnaces, was located in Corona, Queens, New York. It was managed by English immigrant Arthur J. Nash, who was skilled in glassmaking. It was here that Tiffany developed his unique method of glassmaking.
Tiffany developed this new glass with inspiration from ancient glass vessels, including Roman glass and Islamic glass, along with the contemporary work of Émile Gallé. In London he visited the South Kensington Museum, later renamed the Victoria and Albert Museum, whose extensive collection of Roman and Syrian glass made a deep impression on him.[citation needed] Some of the ancient glass items had iridescent surfaces due to corrosion from being buried in soil. He also admired the coloration of medieval glass and believed that he could improve on the quality of contemporary glass.[citation needed]
After much experimentation and development, he received the patent for Favrile glass in 1894. He made the first Favrile objects in 1896. At the 1900 Paris Exposition, Tiffany's Favrile glass won the grand prize in the exposition.
According to materials scientist Gregory Merkel, favrile glass achieves iridescence in a similar way to Aurene glass. The glass must have silver ions dissolved in it, which form a surface coat of metallic silver when the glass is placed in a chemically reducing environment. These silver ions are added through the addition of silver nitrate. The glass is then sprayed with dissolved tin salt, resulting in the formation of a thin and iridescent layer of tin oxide. The reducing environment was achieved by "turning up" the oil until the flame became green, at which point the glass would be plunged in and out of the flame until a "silver mirror" appeared on the surface, at which point it was sprayed with tin chloride to create the oxide layer. Thousands of experiments were required for Arthur Nash to develop this process. However, it is unknown who first discovered the general principle.
Chemically, the silver coat precipitates out of the glass because the reducing environment strips oxygen atoms from the surface of the glass, depositing electrons and negatively charging the surface of the glass. The positively charged silver ions inside then precipitate out, absorbing the electrons and neutralizing the charge.
Recent media