Polymers
Found in 9 Collections and/or Records:
Charles M. Cooper papers
Charles Milton Cooper (1900-1971) was a chemical engineer and an executive at the E.I. du Pont de Nemours & Company, a chemical company more commonly referred to as the DuPont company. His papers primarily include notes and photographs produced during his time conducting bubble formation experiments at the DuPont Company’s Belle Plant, in Charleston, West Virginia.
Charles M.A. Stine papers
Charles M.A. Stine (1882-1954) was one of the leading research chemists employed by E.I. du Pont de Nemours & Co. The collection contains Stine's published articles and speeches in which he advocated the importance of fundamental chemical research.
Donald R. Hull papers
Donald Robert Hull (1911-1995) was a longtime employee at the DuPont Company mainly working with nylon and textile fibers. The collection pertains to his work at DuPont and Hull's consulting firm, Fiber Concepts, Inc.
E.I. du Pont de Nemours & Company Niagara Plant historical files
The E.I. du Pont de Nemours Niagara Plant produces a number of specialty chemicals, such as polymer acetates, sodium cyanide, and methyl chloride; the plant was purchased by the DuPont Company in 1930. This small collection of Niagara Plant historical files consists of plant histories, photographs, biographical information on personnel, drawings of plant buildings, and some artifacts.
E.I. du Pont de Nemours & Company, Polymer Products Department records
E.I. du Pont de Nemours & Company, Polymer Products Department researched, developed, and manufactured products made out of elastomers, plastics, and resins. The collection includes records from the Marketing Services Division, Experimental Station, Plastics Department's Polymer Products Division, Fabrics and Finishes Department, and Specialty Polymers Division. The records reflect the diverse functions for which the department and its predecessor components were responsible and contain material representing several periods in the department's history.
Fiber spinning processes cartoons
The DuPont Company is a chemical company which commercially produces synthetic fibers such as Kevlar. This collection consists of three pieces of artwork which were created for the DuPont Company Textile Fibers Department and hung in a shared work area. The artwork are photostats and are signed “ELF”. The three pictures show various small, cheerful animals making synthetic fiber by three different methods that are actually used (in slightly more sophisticated form) industrially.
Parry Norling collection of DuPont Company records
Parry Norling (1939-) was a career research chemist and manager with E.I. du Pont de Nemours & Company. Records consists of company documents and outside publications collected by Norling during his time at DuPont.
Paul W. Morgan papers
Paul W. Morgan (1911-1992) was a research chemist who spent his thirty-five-year career working in the DuPont Company's Pioneering Research Laboratory, part of the Textile Fibers Department (formerly the Rayon Department). His contributions include interfacial polycondensation reactions, a previously unexplored field of polymer chemistry. Morgan’s polymer condensation research ultimately yielded several commercially successful products. Among these were Nomex®, a high-temperature-resistant, thermally stable aramid fiber; Fiber B, a new tire reinforcing fiber that was twice as strong as ordinary synthetic tire yarns; and PRD-49, a high-modulus organic fiber marketed as Kevlar® aramid fiber. In addition to documenting Morgan’s career with DuPont, this collection also contains materials relating to the history of hand tools and tool manufacturers, amassed by Morgan following his retirement.
Roy J. Plunkett laboratory notebook
Roy J. Plunkett (1910-1994) was the discoverer of Teflon, while working as a chemist at the DuPont Company. Plunkett's laboratory notebook documents the discovery of Teflon at DuPont's Jackson Laboratory in 1938. The notebook documents the experiments that led to the effective control of the rapid and explosive polymerization of tetrafluoroethylene gas into a solid polymer.