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With the exception of polyethylene, vinyl polymers can arise from head-to-tail linking of monomers, head-to-head combined with tail-to-tail, or a mixture of those two patterns. Additionally the substituted carbon center in such polymers is
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Another major variation for vinyl polymers arises from the copolymerization of differing vinyl monomers. The simplest example is ethylene-propylene copolymer. The %
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are used commercially for production of polyethylene and polypropylene. Many are produced using radical initiators which are produced from
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Vinyl polymers are subject of several structural variations, which greatly expands the range of polymers and their applications.
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Vinyl polymers are the most common type of plastic. Important examples can be distinguished by the R group in the monomer H
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Kenneth S. Whiteley; T. Geoffrey Heggs; Hartmut Koch; Ralph L. Mawer; Wolfgang Immel (2005). "Polyolefins".
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of these centers within a polymer can influence the properties of the polymer. This feature is called
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This article is about polymers derived from vinyl compounds. For other uses, see
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178:Vinyl polymers are produced using catalysts.
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227:absolute configurations
180:Ziegler–Natta catalysts
139:(PVAc) is made from
129:(PVC) is made from
127:Polyvinyl chloride
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195:polyvinyl alcohol
184:organic peroxides
154:Polyacrylonitrile
137:Polyvinyl acetate
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303:Categories
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174:Production
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231:tacticity
213:Structure
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244:See also
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103:, R = CH
78:Examples
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56:backbone
54:. Their
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