In 1899, S. Gabriel and T.A. Maass reported the discovery of Nylon in their publication Berichte. This marked the initial step towards the development of Nylon as a synthetic polymer.

In 1900, O. Wallach conducted research on Nylon as mentioned in Annalen der Chemie. This research contributed to the understanding of Nylon's properties and potential applications.

A. Manasse's work in 1902, published in Berichte, played a significant role in the advancement of Nylon research. His findings added valuable insights to the properties of Nylon.

In 1907, J. von Braun's research on Nylon, published in Berichte, further expanded the knowledge on this synthetic polymer. His work paved the way for future developments in Nylon technology.

In 1920, E. I. du Pont de Nemours and Company purchased a 60% interest in Comptoir des Textiles Artificiels, a French rayon company, marking the beginning of their exploration into artificial fibers. This venture eventually led to the creation of the DuPont Fiber Company and the Rayon Department of the DuPont Company.

In December 1926, Charles M. A. Stine proposed a shift in DuPont's research focus from practical applications to pure science work, aiming to establish new scientific facts. Despite initial skepticism, the executive committee approved the proposal in March 1927, granting funds for research and the construction of a new laboratory.

DuPont initiated its research project on nylon in 1927, which eventually led to the invention of the first commercially successful synthetic thermoplastic polymer. The project was part of DuPont's focus on pioneering research in chemistry.

In 1930, Wallace H. Carothers, a young organic chemistry lecturer at Harvard University, joined DuPont to focus on polymerization research. Carothers aimed to provide evidence for the long-chain molecule theory in polymer formation, challenging existing beliefs and methods in polymer chemistry.

In 1931, Carothers presented his findings on polyester fibers at an American Chemical Society meeting, sparking rumors that DuPont had developed a new fiber comparable to silk.

On 24 May 1934, Donald D. Coffman successfully pulled a fiber of a polymer based on an aminoethylester, ultimately creating the first nylon with elastic properties and practical advantages over polyesters.

Dr. Wallace Cathers discovered nylon, the world's first synthetic material.

W.H. Carothers wrote a memorandum to A.P. Tanberg regarding the early history of polyamide fibers in 1936.

By 1937, Wallace Carothers, the creator of nylon, had nearly 50 patents to his name. Despite his significant contributions to organic chemistry, Carothers struggled with depression and self-doubt.

In response to Carothers' work, Paul Schlack at IG Farben developed nylon 6, a different molecule based on caprolactam. This further expanded the range of nylon materials available.

On October 27, 1938, DuPont officially introduced nylon stockings to a crowd of 4,000 middle-class women at the future site of the New York World’s Fair. Although the excitement was high, the stockings were not commercially available for another 18 months.

The first public sale of nylon stockings took place in Wilmington, Delaware, where 4,000 pairs were made available and sold out within three hours. This event marked the beginning of nylon's commercial availability in the market.

The first nylon plant was opened in Seaford, Delaware, marking the beginning of commercial production of nylon on December 15, 1939.

On May 15, 1940, nylon stockings were made available to the national market for the first time, selling out quickly at $1.15 a pair. DuPont's production and sales of nylon saw significant growth in the following years.

The era of synthetic materials metal replacement began with the development of nylon into an engineering polymer.

Nylon was utilized in various ways during the war efforts.

In February 1942, DuPont shifted nylon production from consumer goods to military use during World War II. This led to a halt in the production of nylon stockings and lingerie, with most nylon being used for making parachutes and tents.

In 1943, H. Gastrow published an article in the Kunststoffe journal.

In January 1944, classical guitarist Andrés Segovia first tried nylon strings on stage in New York. The idea was presented to him by General Lindeman of the British Embassy, who obtained the strings from the DuPont family. Segovia and string maker Albert Augustine later collaborated to develop high-quality nylon strings.

Eight days after Japan's surrender in World War II, Du Pont announced the resumption of nylon stockings production. Newspaper headlines celebrated the end of the war and the availability of nylons for sale.

In June 1946, a significant instance of 'nylon riots' occurred in Pittsburgh, where 40,000 people lined up for over a mile to compete for 13,000 pairs of nylon stockings. This event highlighted the high demand for nylon during that period.

In 1950, the New York Quartermaster Procurement Agency committed to developing a wool-nylon blend, contributing to the advancement of textile blends with both natural and synthetic fibers.

In November 1951, the Royal Society for the Encouragement of Arts, Manufactures and Commerce highlighted the importance of blending textiles in their inaugural address, emphasizing the significance of textile innovation.

By 1952, problems with pure nylon stockings became evident, including fragility, discomfort, lack of absorbency, and static electricity issues. Nylon fabric was reported to decompose under certain conditions, leading to challenges in its usage.

P. Schlack and K. Kunz published a work titled 'Chemische Textilfasern, Filme und Folien' in 1953, which likely discusses chemical textile fibers, films, and foils.

In Malmo, Sweden, nylon stockings began to be inspected, and DuPont trademarked the resin 'ZytelRNylon'.

DuPont achieved a significant milestone at the 1955 Paris fashion shows, where at least 14 synthetics featuring DuPont fibers appeared in gowns from renowned designers like Coco Chanel, Jean Patou, and Christian Dior.

Biographical notes were published in Nachrichten Chemie und Technik in 1958.

In 1959, Glen Raven Mills of North Carolina introduced pantyhose, a garment that combined underpants and stockings into one. The addition of an opaque nylon top eliminated the need for multiple foundation garments.

Biographical notes were published in Textil-Praxis in 1963.

In 1965, Glen Raven Mills developed a seamless version of pantyhose that coincided with the introduction of the miniskirt trend.

In 1967, P. Schlack was quoted in Chemiefasern17, page 961.

In 1970, K. Feser, M. Glück, and H.J. Mair published an article in Kunststoffe journal.

In 1971, C.-D. Weiske published an article in Kunststoffe journal.

DuPont introduced glass reinforced nylon, enhancing its already impressive properties.

In 1983, the book 'Chemiefaser-Lexikon' was published by P. Schlack in the 9th edition by Deutscher Fachverlag in Frankfurt am Main.

H. Morawetz published the book 'Polymers: The Origins and Growth of a Science' in 1985, which discusses the history and development of polymers.

The paper titled 'History and Development of Nylon 6' was authored by Matthies and Seydl in 1986. It discusses the historical background and evolution of Nylon 6.

Zytel nylon was introduced.

On October 26, 1995, the Seaford plant where the first nylon plant was located was recognized as a National Historic Chemical Landmark by the American Chemical Society.

General Motors decided to incorporate Zytel nylon into the 3800 engine after extensive development and testing. This marked a significant advancement in the use of nylon in automotive engines.

As of 2020, the global production of nylon is estimated to be 8.9 million tons, showcasing its continued significance in various industries.