Its development has been traced to Corning's work in developing photosensitive glass. Corning credits S. Donald Stookey with the discovery of Pyroceram. While conducting research in 1953 on a photosensitive lithium silicate glass called Fotoform containing a dispersion of silver nanoparticles, Stookey noted that an accidentally overheated fragment of the glass resisted breakage when dropped. This discovery evolved into Pyroceram, with β-spodumene as the crystalline phase, and was used in 1958 for the production of CorningWare cookware.
A transparent version of Pyroceram, with β-quartz as the crystalline phase, was also described in 1950's patents. By 1963 this variant was also being seriously studied for use in making cookware. It would be extensively explored over the next two decades and result in the creation of Visions cookware, by Corning France, in the late 1970's.
- M. Montazerian, S.P. Singh & E.D. Zanotto, "An Analysis of Glass-Ceramic Research and Commercialization," American Ceramic Society Bulletin, Vol. 94, #4, p 30-35 (2015).
- "New Scientist Dec 29, 1960". New Scientist. 1960: 1708. ISSN 0262-4079.
- "The History of Corning Innovation". Corning Glass. 1952 section. Retrieved 2016-01-19.
- W.W. Shaver & S.D. Stookey, "Pyroceram," SAE Technical Papers, 90428, 1959.
- ‹See Tfd›US 3252811 Beall, George, ”Glass-ceramic bodies and method of making them"
- "LeCLAIR.vision: INFORMATION & FAQ ABOUT CORNING VISIONS". leclair.vision. Retrieved 2018-08-19.
- "Results of Mechanical Testing for Pyroceram Glass-Ceramic" (PDF). NASA. Retrieved 2010-06-11.
- The NPL Measurements Contribution to the Certification of Pyroceram 9606 as a Reference Material for Thermal Properties
|This material-related article is a stub. You can help Wikipedia by expanding it.|