Linked from

The 26 pages that link to Radical polymerization, each with the reason it gives.

• PolyethyleneRelated: High-pressure radical polymerization produces the highly branched chains typical of low-density polyethylene.

• StyreneRelated: This common route links styrene molecules into polystyrene.

• Thermosetting polymerRelated: Radical reactions cure certain thermosetting resins, including some unsaturated polyesters.

• Benzoyl peroxideRelated: Benzoyl peroxide initiates these reactions by decomposing into radicals.

• AcrylonitrileRelated: It is one common way to polymerize acrylonitrile.

• Vinyl chlorideRelated: Industrial PVC production commonly uses this process to link vinyl chloride molecules.

• Acrylic acidRelated: Radical addition links acrylic acid molecules into poly(acrylic acid) chains.

• PolyacrylonitrileRelated: It is a common route for turning acrylonitrile into polyacrylonitrile chains.

• Vinyl acetateRelated: Vinyl acetate is commonly converted into polymers through radical chain growth.

• Methyl methacrylateRelated: This chain reaction joins methyl methacrylate molecules into acrylic polymers.

• Polyvinyl acetateRelated: It is a common route for converting vinyl acetate into polymer chains.

• Methacrylic acidRelated: Radical addition consumes methacrylic acid's double bond to build polymer chains.

• ChloropreneRelated: Radical chain reactions convert chloroprene into polychloroprene.

• 1,1-DichloroethyleneRelated: Radical addition across its double bond links vinylidene chloride units into polymer chains.