Linked from

The 36 pages that link to Nylon, each with the reason it gives.

• PolymerBroader topic: Nylon demonstrates how polymer chains can form strong, useful fibers.

• PolymerizationBroader topic: Nylon illustrates how step-growth reactions produce strong engineering polymers.

• SilkCompared with: It provides a manufactured alternative to silk in fabrics and technical textiles.

• CanvasCompared with: Nylon fabric can replace canvas where low weight and rapid drying matter.

• DuPontBroader topic: DuPont’s research team transformed the material into a mass-market fiber.

• CycloalkaneRelated: Cyclohexane derivatives are key intermediates in producing nylon monomers.

• Dicarboxylic acidBroader topic: Adipic acid is a dicarboxylic-acid feedstock for nylon 6,6.

• Step-growth polymerizationBroader topic: Common nylon types form by step-growth reactions of diamines and diacids or lactams.

• Synthetic fiberBroader topic: Nylon fibers serve clothing, carpets, ropes, and technical textiles.

• PolyamideBroader topic: Nylon is the best-known synthetic polyamide family and spans textile and engineering uses.

• Polymer chemistryBroader topic: Hydrogen bonding between chains helps produce strong, durable materials.

• Adipic acidNarrower topic: Nylon 6,6 makes adipic acid part of a much broader class of durable materials.

• Nylon 6,6Narrower topic: Nylon 6,6 was the first commercially successful member of the nylon family.

• Wallace CarothersBroader topic: Carothers’s group developed nylon 6,6, a durable fiber made by condensation polymerization.

• Condensation reactionBroader topic: Common nylon synthesis joins monomers by amide-forming condensation.

• Fishing netRelated: Nylon made strong, lightweight fishing nets practical at large scale.

• Nylon 6Narrower topic: Nylon 6 is one member of this family, alongside materials such as Nylon 6,6.

• Dental flossRelated: Nylon replaced silk in floss production during the Second World War.

• Fishing lineNarrower topic: Nylon is the material base for much monofilament line.

• Synthetic polymerBroader topic: Its strength and abrasion resistance made it a landmark synthetic fiber.

• CaprolactamNarrower topic: Caprolactam became a key feedstock in the development and production of nylon 6.

• CyclohexanoneNarrower topic: Demand for nylon established the industrial importance of cyclohexanone-derived feedstocks.

• LingerieRelated: Nylon enabled lightweight, smooth, and relatively affordable lingerie fabrics.

• Acrylic fiberCompared with: Nylon’s strength and abrasion resistance contrast with acrylic’s wool-like softness.

• HexamethylenediamineNarrower topic: Hexamethylenediamine became an industrially significant feedstock through nylon production.

• SpandexRelated: Nylon was used in garments before spandex offered greater elastic stretch and recovery.

• SwimsuitRelated: Nylon is a common swimsuit fiber because it is lightweight and abrasion-resistant.

• ToothbrushRelated: Most modern toothbrush bristles are made from nylon fibers.

• One-piece swimsuitRelated: Nylon fibers became a common basis for quick-drying swimsuit fabric.

• PantiesRelated: Nylon helped expand lightweight, durable options for mass-produced underwear.

• Stephanie KwolekRelated: Kwolek joined DuPont’s polymer research effort during the era shaped by nylon’s success.

• VelcroRelated: Nylon fibers are commonly used to make durable hook-and-loop strips.

• Swim briefsRelated: Nylon fibers make many swim briefs lightweight and quick-drying.

• Du Pont familyBroader topic: This product represents the company’s expansion from explosives into consumer materials.

• Flight jacketRelated: Nylon enabled lighter, moisture-resistant flight jackets than traditional leather designs.

• PantyhoseRelated: Fine nylon filaments give many sheer pantyhose their characteristic strength and transparency.