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The 16 pages that link to Synthetic rubber, each with the reason it gives.

• Natural rubberCompared with: Synthetic rubbers compete with natural rubber and can be tailored for particular conditions.

• IsopreneNarrower topic: Isoprene is a feedstock for synthetic rubber that mimics natural rubber.

• Emulsion polymerizationNarrower topic: Several industrial synthetic rubbers are produced by aqueous emulsion polymerization.

• Hermann StaudingerRelated: The molecular structure of rubber was central to disputes his theory helped resolve.

• Pneumatic tireRelated: Different synthetic rubbers help tune grip, heat resistance, and durability.

• Steam crackingRelated: Cracked butadiene and related olefins supply key monomers for synthetic rubbers.

• IG FarbenRelated: Buna-Werke was built to produce Buna rubber, a strategic material for wartime Germany.

• Latex allergyCompared with: Synthetic rubber products generally lack the natural latex proteins responsible for this allergy.

• Styrene-butadiene rubberNarrower topic: SBR became one of the world's most widely produced synthetic rubbers.

• PolyisopreneNarrower topic: Synthetic polyisoprene provides a manufactured counterpart to plant-derived rubber.

• Hevea brasiliensisCompared with: Synthetic alternatives compete with the tree’s natural rubber in industrial markets.

• NeopreneNarrower topic: Neoprene is one member of this manufactured-rubber family.

• SapodillaCompared with: Synthetic gum-base materials reduced chewing gum’s reliance on sapodilla-derived chicle.

• Rubber bandCompared with: Some bands use synthetic elastomers instead of natural rubber.

• Amazon rubber cycleCompared with: Synthetic substitutes later reduced reliance on natural rubber, though they did not cause the initial collapse.

• ChloropreneNarrower topic: Chloroprene is one of the monomers used to make synthetic rubber.