See also: History of corsets Spirella side by side with a piece of flat stay It also molds better to the body, allowing for a much curvier shape. It is used widely in historical reconstruction due to its similarities to traditional whalebone. New advances in plastic boning have brought about synthetic whalebone. Traditionally, plastic boning such as Rigilene has been considered low quality and unsupportive. Spiral steel is able to bend both horizontally and vertically, its only drawbacks being the fact that it's not as stable and tends to not support larger figures. While spring steel is most preferred for being thin and flexible, it only has the ability to bend in a single direction. Since the turn of the 20th century, steel boning was the standard for a high quality corset, coming in two different types: flat spring steel and spiral steel. Modern corset boning comes in two different qualities: the more durable metal and less durable plastic. Bones, and the substances used for the purpose, are generically called "boning" however, the name likely arises from the use of whalebone in early corsets. The boning supports the desired shape and prevents wrinkling of the corset fabric. Generally, the cinching/shaping properties of corsetry puts strain onto the fabric from which the corset is made. The purpose of the boning in a corset varies slightly from era to era. In corsetry, a bone is one of the rigid parts of a corset that forms its frame and gives it rigidity. JSTOR ( September 2013) ( Learn how and when to remove this template message).Unsourced material may be challenged and removed. Please help improve this article by adding citations to reliable sources. This article needs additional citations for verification.
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