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The 24 pages that link to Polyester, each with the reason it gives.

• Carboxylic acidRelated: Carboxylic acids can provide the acid-derived units used to make polyesters.

• EsterificationBroader topic: Repeated ester-forming steps connect monomers into widely used fibers, films, and plastics.

• EsterBroader topic: Repeated ester bonds turn the functional group into a versatile material backbone.

• Polyethylene terephthalateNarrower topic: PET is a specific, widely produced member of the polyester family.

• Ethylene glycolNarrower topic: Ethylene glycol is a major building block for polyester fibers and resins.

• Dicarboxylic acidRelated: Dicarboxylic acids react with diols to build many polyester chains.

• Step-growth polymerizationBroader topic: Many commercial polyesters are produced by step-growth reactions between diols and diacids or their derivatives.

• Synthetic fiberBroader topic: Polyester is a common synthetic apparel and furnishing fiber.

• PolyamideCompared with: Polyesters offer a useful comparison because their backbone linkage differs from the amide bond.

• TransesterificationRelated: Transesterification can modify or depolymerize polyesters by exchanging ester-linked groups.

• PolycondensationBroader topic: Many polyesters form when diols and dicarboxylic acids condense with water elimination.

• Condensation polymerizationBroader topic: Polyesters are commonly made by condensing diols with dicarboxylic acids or their derivatives.

• Nylon 6,6Compared with: Polyester fibers compete with nylon 6,6 in apparel and industrial textiles.

• Ester hydrolysisRelated: Hydrolysis can cleave polyester chains, enabling degradation or chemical recycling.

• Wallace CarothersBroader topic: Carothers’s early studies of condensation polymers included synthetic polyesters.

• Condensation reactionBroader topic: Many polyesters are produced by repeated condensation of diols and carboxylic acids.

• Nylon 6Compared with: Polyester fibers compete with Nylon 6 in textiles but have different backbone chemistry and moisture behavior.

• AcrylonitrileCompared with: Polyester competes with acrylic polymers in textiles but has different chemistry and performance.

• Alkyd resinNarrower topic: Alkyds belong to the polyester family, modified to incorporate fatty components.

• Carbonyl compoundBroader topic: Ester carbonyl groups form the repeating chemical linkages in polyester materials.

• PolyacrylonitrileCompared with: It is a common synthetic textile fiber with different chemistry and processing from acrylic fiber.

• Polylactic acidNarrower topic: PLA belongs to this polymer family, whose bond chemistry shapes its properties.

• Antimony trioxideRelated: Antimony compounds serve as catalysts in producing some polyesters, especially polyethylene terephthalate.

• Glutaric acidRelated: Glutaric acid can react with diols to form polyester materials.