From laboratory accidents to high-fashion: the rise of fully synthetic fibers
In short: Before the 20th century, humans relied on nature for textiles. The shift to synthetic fibers wasn't just a manufacturing upgrade; it was a chemical revolution that allowed us to engineer materials with precise properties, moving from wood-based
The distinction between 'artificial' and 'synthetic' fibers is often blurred but chemically significant. Artificial fibers, like rayon and acetate, are derived from natural substances such as cellulose (wood). In contrast, synthetic fibers are produced entirely from chemical substances. The first 'fully synthetic' fiber was nylon 66, synthesized by Wallace Carothers at DuPont on February 28, 1935. This marked a departure from mimicking nature to creating entirely new chemical structures.
The journey toward synthetics began with attempts to replace silk. In the late 1870s, French engineer Hilaire de Chardonnet discovered nitrocellulose by accident while working with Louis Pasteur. Though his 'Chardonnet silk' was displayed at the 1889 Paris Exhibition, it was ultimately abandoned due to its extreme flammability. It wasn't until the late 19th and early 20th centuries that processes for viscose and rayon were commercialized, providing a bridge between natural and fully synthetic materials.
Modern synthetics are dominated by polymers—large molecules made of repeating units called monomers. Polyesters are a primary class, formed by a condensation reaction between an organic alcohol and a carboxylic acid to create an ester linkage. The structural properties of these polymers are highly tunable: for instance, including more aromatic groups makes the resulting polymer stiffer and higher-melting. This chemistry allows for a massive range of applications, from bioabsorbable surgical sutures (polyglycolic acid) to high-strength engineering plastics (polyarylates) and everyday items like PET beverage bottles.
In the world of art and craft, these chemical advancements have merged with traditional techniques. By the late 1980s, institutions like the Suzhou Embroidery Research Institute in China were utilizing synthetic fibers in complex plain weaves, often combining them with traditional silk in double-faced embroidery. This synthesis of industrial chemistry and ancient artistry highlights how synthetic materials have become foundational to contemporary global culture.
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Sources
- Summary by Intellect · source: Synthetic fibre | chemical product | Britannica
- Also: Synthetic fiber
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