KnowraPolycondensationLinked fromLinked fromThe 13 pages that link to Polycondensation, each with the reason it gives.All 13Broader topic 2Related 8Narrower topic 2Compared with 1PolymerizationRelated: Its byproduct-forming reactions distinguish one major route to condensation polymers.PolyesterRelated: Industrial polyester production often builds long chains through repeated polycondensation.Polyethylene terephthalateRelated: PET can be made by polycondensation of its monomers, eliminating small molecules as chains grow.Dehydration reactionBroader topic: This industrial route uses repeated dehydration-like bond-forming steps to make polymers.Chain-growth polymerizationCompared with: Its common step-growth mechanism contrasts with successive active-end addition.Step-growth polymerizationBroader topic: It is the classic step-growth route for polymers such as polyesters and polyamides.Adipic acidRelated: Adipic acid forms nylon 6,6 through repeated condensation with a diamine.Condensation polymerizationRelated: This term describes the chain-forming chemistry that releases water or another small molecule.Nylon 6,6Related: Nylon 6,6 forms when its monomers link and release water.Thermosetting polymerRelated: Some thermoset resins form their networks through condensation reactions.Alkyd resinRelated: Polycondensation builds the polyester backbone from polyols and polybasic acids.Urea-formaldehyde resinNarrower topic: Urea and formaldehyde build resin chains through successive condensation reactions.Terephthalic acidNarrower topic: Terephthalic acid forms polyester chains through reactions between its carboxyl groups and diols.