Alcantara (material)

Alcantara is a tradename given to a composite material used to cover surfaces and forms in a variety of applications. The material was developed in the early 1970s by Miyoshi Okamoto, a scientist working for the Japanese chemical company Toray Industries, as a variation of their other product Ultrasuede produced around the same time.[1] Around 1972, a joint venture between Italian chemical company ENI and Toray formed Alcantara SpA in order to manufacture and distribute the material.[2][3]

Alcantara is created via the combination of an advanced spinning process (producing very low denier bi-component "islands in the sea" fibre) and chemical and textile production processes (needle punching, buffing, impregnation, extraction, finishing, dyeing, etc.) which interact with each other.

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Composition

Alcantara is composed of about 68% polyester and 32% polyurethane [4] giving increased durability and stain resistance. The appearance and tactile feel of the material is similar to that of suede, and it may be incorrectly identified as such.

Some versions are designated as flame retardant in order to meet certain fire standards for both furnishings and automobile applications.[2]

The material is virtually identical on both sides, making it somewhat reversible.

Current uses

Alcantara has applications including furniture,[5] clothing, jewelry, helmets and automotive (such as in seating, dash trimming and headliners in many high-end OEM automotive suppliers). Alcantara is being used currently as a flame retardant driver seat covering material for Formula One race cars, including the Williams Formula One 2011 FW33 car.[6]

References

  1. ^ Robert Kanigel Faux real: genuine leather and 200 years of inspired fakes, National Academies Press, 2007 ISBN 0309102367 p. 192
  2. ^ a b JAB Anstoetz takes over Alcantara distribution, SleeperMagazine.com, 12 June 2010
  3. ^ Giancarlo Colombo (Ed.) Who's Who in Italy 2007 Edition, Volume 2, 2008, ISBN 8885246621
  4. ^ Walter Fung Coated and laminated textiles, Woodhead Publishing, 2002 ISBN 1855735768, p. 239
  5. ^ Mel Byars New chairs: design, technology, and materials, Laurence King Publishing, 2006 ISBN 1856694135 p.98
  6. ^ F1 Technical Williams Formula One FW33 Technical specifactions

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