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Dominick Labino was trained as an engineer at the Carnegie Institute of Technology and began his professional career at Owens-Illinois, Inc., a glass manufacturing plant in Clarion, Pennsylvania. In 1944, Dominick left Owens-Illinois to pursue the fiber glass industry with long-time business partner and Executive VP of I-O, Randolph H Barnard ...
Owens-Illinois was a part of the Dow Jones Industrial Average from June 1, 1959, until March 12, 1987. The company was added to the S&P 500 Index in January 2009. Owens-Illinois was one of the original S&P 500 companies in 1957. It was removed in 1987 (after purchase by KKR), added in 1991 and removed again in 2000. [7]
After it was purchased in 1935, it operated as part of the Libbey-Owens-Ford company and as a division of the Owens-Illinois glass company until 1993, when it was separated back into an independent company. [2] The company manufactures a number of glassware products, primarily tableware, drinkware and stemware. Historically, it was also ...
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Owens-Brockway was a subsidiary of Owens-Illinois Group, Inc., which manufactured glass containers for the food and beverage industry in Charlotte. The company operated at the property for 40 ...
The wholly owned subsidiary, Owens-Brockway Glass Containers Inc., was the result of the 1988 merger between Brockway and Owens-Illinois. Owens-Brockway Glass Container owns all of Owens-Illinois worldwide glass operations. [6]
Jack K. Paquette (August 14, 1925 – December 5, 2014) was a historian, author, and retired vice president of Owens–Illinois.He was born in East Toledo, Ohio, and attended the Ohio State University where he earned a Bachelor of Arts degree in journalism in 1949 and a Master of Arts degree in political science in 1951.
Cer-vit is a family of glass-ceramic materials that were invented by Owens Illinois in the mid-1960s. Its principle ingredients are the oxides of lithium, aluminum and silicon. It is melted to form a glass which is then heat treated to nucleate and crystallize it into a material that is more than 90% microscopic crystals.