The Allied Kid Company was a major manufacturer of kid leather and suede; it was one of the most important specialty leather firms in Wilmington. The records are a miscellaneous collection of Allied Kid Company materials preserved by Alexander Ulin of the Specialty Division of the company in Wilmington. The bulk of the records consist of laboratory and production notebooks giving chemical formulae and instructions for tanning and dyeing batches of hides, including calfskin, goatskin, and suede.

Ansco G. Bruinier, Jr. (1898-1993) was the Technical Advertising Manager for the Dyestuffs Division, Organic Chemicals Department at DuPont in the mid-twentieth century. His papers, which are fragmentary and include both work and personal documents, give insight into World War II and post-war era corporate sales and advertising strategies. Included in his work papers are interoffice correspondence, DuPont departmental organizational charts, and Dyestuffs Division advertisement proofs used in various trade journals representing the cotton, wool, paper, and textiles industries.

Ansco G. Bruinier, Jr. (1898-1993) served as the DuPont Company’s Technical Advertising Manager for its Organic Chemicals Department, Dyestuffs Division at Deepwater, New Jersey, from the 1930s until his retirement in 1963. In 1917, the Jackson Laboratory was established at Deepwater, New Jersey, as a major production facility for dyestuffs. This small collection consists of photographs which document a selection of highlights of Bruinier's career working in the Jackson Laboratory and in the Organic Chemicals Department. The photographs date from 1919 through 1969.

The Philadelphia chemical manufacturing firm of Carter & Scattergood was founded in 1834. It continued to do business under that name until 1911, when it was sold to the Henry Bower Chemical Manufacturing Company. Their records include day books, ledgers, receipt books, laboratory books containing records of wages, materials, processes and apparatus; production tables; correspondence including one describing in detail the first four years of the firm's operations; and receipts and bills.

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 is a chemical company more commonly referred to as the DuPont company. The Chamber Works was constructed as a dyeworks at Deepwater Point, New Jersey in 1914. This item is a panoramic photograph shows the New Ponsol Colors Building under construction at DuPont's Chambers Works in Deepwater, New Jersey on July 13, 1936.

DuPont (China), Inc. was a firm established to manage the exports of dyestuffs manufactured in China by the DuPont Company's Organic Chemicals Department. The collection consists of materials from DuPont's Organic Chemicals Department in China and a group of reports and notebooks describing the beginnings of DuPont's dyestuffs ventures in East Asia.

E.I. du Pont de Nemours & Company is a chemical company more commonly referred to as the DuPont company. The Chamber Works was constructed as a dyeworks at Deepwater Point, New Jersey, in 1914. This small collection consists of materials about dyes and dyeing maintained by the analytical services technical supervisor at Chambers Works. Included are dye notebooks on silk, knitting, and hosiery; dye methods; a nylon textiles report; modern dye chemistry lecture notes; and translations of the Azo dye sections of a seminal German publication, "Fortschritte der Teerfarbenfabrikation," by P. Friedlaender.

E.I. du Pont de Nemours & Company is a chemical company more commonly referred to as the DuPont Company. During World War I, the DuPont Company entered the dye industry. This small collection of photographs is primarily of DuPont Company plant sites of dye works and explosives. There are numerous views of the Carrollville, Wisconsin, plant and the Terre, Indiana, plant.

E.I. du Pont de Nemours & Company is a chemical company more commonly referred to as the DuPont company. The company was established in 1802 with the production of gunpowder. Throughout the 1900s and 1910s, the company shifted its focus away from gunpowder production and towards chemistry innovations. Ponsol is the DuPont trade name of a line of anthraquinone vat dyes first commercially produced in the United States in 1919. The poster shows a woman in a blue sweater holding a branch of cherry blossoms. Chinese legend around the sides of the image translates Fabrics dyed in Ponsol never fade.

The Jackson Laboratory and the Technical Laboratory was established by E.I. du Pont de Nemours & Company at its Deepwater, New Jersey, in 1917 and 1920 respectively to manufacture and research dyes. This collection consists of two panoramic photographs of exteriors of the laboratories.

The DuPont Company constructed a dye works at Deepwater Point, New Jersey (also called just Deepwater, New Jersey) during World War I to enter the market for dyes left vacant by Germany's absence. This collection consists of fifteen panomaric photographs of views of the Deepwater Point, New Jersey dye works of the DuPont Company, including ground before building started, building exteriors, and a group portrait of employees of the Jackson Laboratory.

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 was a chemical company and began a research program in dyes in 1916. By the late 1920s the DuPont Company was one of the four major U.S. dye producers and controlled twenty-five percent of the market. The records consist of notebooks and procedures on dyes, which describe the colors, uses, applications, tests, and fastness and dying properties for dyes manufactured by DuPont and its competitors.

Gordon Derby Patterson (1897-1982) was a chemist who spent nearly forty years with the Central Research Department (formerly the Chemical Department) at the E.I. du Pont de Nemours & Company, a chemical company more commonly referred to as the DuPont Company. In addition to his early work in pigments and rayon, Patterson directed research in high-energy radiation generators, radioactive tracer techniques, nuclear magnetic resonance, electron microscopy, and absorption spectroscopy. His papers provide extensive documentation for these projects, giving particular emphasis on ideas and suggestions for possible areas of exploration. In addition, there are administrative records, including outlines for research directors and the Steering Committee reviewing the status of current and proposed projects, as well as technical reference materials, such as summary reports, scientific papers, and literature reviews.

Science and Corporate Strategy is a scholarly history of research and development at the DuPont Company authored by David A. Hounshell (1950-) and John Kenly Smith (1951-). As part of their research, Hounshell and Smith conducted sixty-one oral history interviews with forty-seven current and former chemical engineers involved in DuPont's R & D programs. The interviews constitute an exhaustive first-person account of DuPont's research programs with special emphasis on personalities and the organizational culture of the various DuPont research facilities.

A collection of bulletins and reports from the library of DuPont's Jackson Laboratory. Most were generated by the Organic Chemicals Department, which operated Jackson Laboratory, but others come from other DuPont Departments and their laboratories.

Jackson Laboratory was a dye works established in 1917 by E.I. du Pont de Nemours & Company, a chemical company more commonly referred to as the DuPont Company. The records of the Jackson Laboratory are fragmentary in nature and divided into two series that document cutting-edge research projects conducted by DuPont scientists, primarily in the 1920s and 1930s. Under the direction of Fletcher B. Holmes (1877-1961) and W. S. Calcott (1892-1952), the processes for producing many important products, including neoprene synthetic rubber, were perfected during this period.

John Joseph Beer (1927-) was a professor of the history of science and chemistry at the University of Delaware until his retirement in 1992. Beer played a major role in developing the university’s program in the history of technology and the Hagley Fellowship Program. The bulk of the papers consists of correspondence, notes, research materials, and drafts for a projected book or article on "Russia iron," a highly finished, wear-resistant iron produced in Russia during the nineteenth century.

John M. Tinker (1897-1974) was the director of Jackson Laboratory, the main research unit of the Organic Chemicals Department of E.I. du Pont de Nemours & Company, from 1943 to 1962. After his retirement, he joined the U.S. Foreign Service and worked for three years as the science attaché at the U.S. Embassy in Karachi, Pakistan. This small collection of Tinker's papers is related to both his time at Jackson Laboratory and his work for the U.S. government.

Joseph Bancroft & Sons Company began operation in 1831 as a cotton cloth manufacturer in Rockford, Delaware. After the Civil War, the company concentrated on finishing cotton cloth. In later years it became famous for its Ban-lon artificial fiber but eventually withdrew from manufacturing in favor of licensing its processes and trademarks to other companies. The records consist of miscellaneous correspondence and reports, possibly from W. Ralph MacIntyre (1897-1984), president. The records include research reports and notebooks on dyeing, bleaching, printing, and finishing of fabrics.

Joseph Bancroft & Sons Company began operation in 1831 as a cotton cloth manufacturer in Rockford, Delaware. After the American Civil War, the company concentrated on finishing cotton cloth, purchasing the Kentmere Mills adjoining their original site in 1895 and a third plant for manufacturing at Reading, Pennsylvania, in 1910. The company acquired another textile firm, the Eddystone Manufacturing Company, in 1925. This collection comprises records from both the Joseph Bancroft & Sons Company and the Eddystone Manufacturing Company, along with records from several predecessors and subsidiaries. The Joseph Bancroft & Sons Company records trace the firm's history from 1831 through 1961, with the Managing Director's letter books, in particular, giving a very detailed picture of the company's operations. The records of the Eddystone Manufacturing Company and its predecessors are relatively complete and offer a good picture of a medium-sized textile firm that was typical of the mid-Atlantic states.

Joseph W. Lynch was a textile chemist at the DuPont Company from 1954 to 1994. Lynch's papers document his forty-year career at DuPont. Some company records in Lynch's possession antedate his employment, while others describe his job searches from 1952 to 1954. The bulk of the records deal with customer relations, including identifying and resolving problems concerning DuPont's textile fiber products and providing technical assistance to customers.

The L. & R. Organic Products Co., Inc. records consist of invoices for imports as well as business and personal correspondence.

The Joseph Bancroft & Sons Company operated cotton textile mills in Wilmington, Delaware, where they manufactured, bleached, dyed, and finished a variety of cotton-made goods. The Pusey & Jones Corporation were shipbuilders, founders, and machinists of Wilmington, Delaware, which later expanded into papermaking machinery manufacturing. This collection consists of eleven small notebooks from the two companies regarding their work.

Rolf Dessauer (1926-) was a research chemist who specialized in dyes. He began a lengthy career with E. I. du Pont de Nemours and Company in 1952 as a research chemist at Jackson Laboratory, DuPont’s center for dye research. Dessauer invented chemistry in which exposure to visible light stabilized the background enabling dark and light areas to retain their contrast. Intense research and patent studies led Dessauer and his colleagues to a new technology, UVI – Ultraviolet Imaging. Dessauer's papers document his career as a noted scientist and chemist.