k Nylon 66 plastic molecule Computer graphics representation of a section of Nylon 66, a plastic polymer. Plastics are polymers made up from a small number of raw materials, many of which derive from hydrocarbons. Nylon was first made by the American chemist Wallace Carothers, who was trying to make synthetic fibrous materials by reacting together monomers the subunits of a polymer which would form similar bonds to those found in proteins. The original nylon was a long chain polymer with hydrocarbon groupings of six carbon atoms linked by amide bonds, designated nylon 66. Colour coding green carbon atoms, white hydrogen atoms, blue nitrogen atoms and red oxygen atoms. Stock Photo - Afloimages
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Nylon 66 plastic molecule Computer graphics representation of a section of Nylon 66, a plastic polymer. Plastics are polymers made up from a small number of raw materials, many of which derive from hydrocarbons. Nylon was first made by the American chemist Wallace Carothers, who was trying to make synthetic fibrous materials by reacting together monomers  the sub units of a polymer  which would form similar bonds to those found in proteins. The original nylon was a long  chain polymer with hydrocarbon groupings of six carbon atoms linked by amide bonds, designated nylon 66. Colour coding: green   carbon atoms, white   hydrogen atoms, blue   nitrogen atoms and red   oxygen atoms.
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Nylon 66 plastic molecule

Computer graphics representation of a section of Nylon 66, a plastic polymer. Plastics are polymers made up from a small number of raw materials, many of which derive from hydrocarbons. Nylon was first made by the American chemist Wallace Carothers, who was trying to make synthetic fibrous materials by reacting together monomers (the sub-units of a polymer) which would form similar bonds to those found in proteins. The original nylon was a long- chain polymer with hydrocarbon groupings of six carbon atoms linked by amide bonds, designated nylon 66. Colour coding: green = carbon atoms, white = hydrogen atoms, blue = nitrogen atoms and red = oxygen atoms.

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