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Gum base
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Gum base is the non-nutritive, non-digestible, water-insoluble delivery system used to carry , , and any other substances in and . It provides all the basic textural and masticatory properties of gum.

The actual composition of a gum base is usually a . In the United States, the allows 46 different chemicals under the umbrella of "gum base". These chemicals are grouped into the following categories.

  • Synthetic coagulated or concentrated latices: such as butadiene-styrene, polyvinyl acetate, , , and petroleum waxes are the most commonly used gum bases on the market today. They are petroleum-derived polymers which are designed to maximize elasticity and incorporate other components of the gum base as well as flavors and sweeteners in their chemical matrix.
  • Plasticizing materials (softeners): These materials generally help to emulsify various chemical components that do not always bind to each other. They are generally medium-sized molecules and are frequently esters of tree resins and rosins.
  • Terpene resins: This specific subcategory is not fundamentally different from materials in the first two categories except it is a specific substance that can be produced both naturally and artificially.
  • Preservatives: The most common antioxidant preservative in gum, BHT, functions by scavenging (which spoil food) and sequestering them behind its sterically hindering tert-butyl groups.
  • Natural coagulated or concentrated latices of vegetable origin: These include many of the resins such as that were traditionally chewed as gum. It also includes natural waxes like and (natural rubber). These natural sources of gum base have largely been replaced by synthetic, petroleum-derived gum bases.
Gum bases for chewing gum are different from those for bubble gum. A bubble gum base is formulated with the ability to blow bubbles; it contains higher levels of or higher molecular weight polymers for this purpose. Gum bases for use calcium carbonate as a filler, while gum bases for acid flavored gum use as a filler, since acids can react with calcium carbonate to produce carbon dioxide gas, which is undesirable.

Bubble gum usually contains 15–20% gum base, while chewing gum contains 20–25% gum base and sugar-free chewing gum contains 25–30% gum base.

Researchers at the University of Illinois at Urbana–Champaign and at Wm. Wrigley Jr. Company are studying the possibility of making gum base with biodegradable (corn protein). Time-intensity study of corn zein chewing gum,

Large chewing gum manufacturers generally produce their own gum base in-house while small chewing gum producers usually buy gum base from third-party suppliers.


Composition and manufacture
Another way to categorize the various components of gum bases is by their utility in the base.

  • : provide the elasticity or bounce, and can be natural (e.g. (also called leche caspi or sorva), (also called nispero), tunu, jelutong, or (which is still commercially produced), or synthetic rubbers (e.g. styrene-butadiene rubber, , ).
  • : provide a cohesive body or strength, and are most often , , and/or polyvinyl acetate.
  • : act as softening agents and are most usually or microcrystalline wax.
  • : behave as and mainly come from hydrogenated vegetable oils.
  • : help to hydrate, the most common being or glycerol monostearate.
  • : impart texture and the most commonly used are calcium carbonate or .
  • : protect from oxidation and extend shelf-life; the most common type is BHT.

Old gum bases were based on either natural elastomers such as , like , , and , or alternatively on , e.g. and , but today synthetic rubbers are preferred.


See also
  • Gums and Stabilisers for the Food Industry, a conference series about title subject
  • Functional chewing gum
  • Chewing gum industry
  • List of chewing gum brands

Formulation and Production of Chewing and Bubble Gum, edited by Doug Fritz, pp 93–118, Olivias's Publications Ltd, London, UK, 2006

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