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Little girl holding plasticine. (49810941302).jpg
TypeModelling clay
CountryUnited Kingdom

Plasticine is a putty-like modelling material made from calcium salts, petroleum jelly and aliphatic acids.

Plasticine is used for children's play and as a modelling medium for more formal or permanent structures. Because of its non-drying property, it is a popular choice of material for stop-motion animation, including several Oscar-winning films by Nick Park. The brand-name clay is sometimes mentioned in British music, such as the "plasticine porters" in The Beatles' "Lucy in the Sky with Diamonds", the Oasis songs "Little James" and "Shakermaker", the Placebo song "Plasticine", the Charli XCX song "Bounce", and the Thom Yorke song "Plasticine Figures".


William Harbutt, an art teacher in Bath, England, formulated Plasticine in 1897. Harbutt wanted a non-drying clay for his sculpture students. He created a non-toxic, sterile, soft and malleable clay that did not dry when exposed to air.

East German Plastilina

Harbutt received a patent in 1899 and commercial production started at a factory in Bathampton in 1900. The original Plasticine was grey. Four colours were produced for initial sale to the public. Plasticine was popular with children, was widely used in schools for teaching art, and has found a wide variety of other uses (for example moulding casts for plaster, and plastics).

Plasticine is approximately 65% bulking agent (principally gypsum), 10% petroleum jelly, 5% lime, 10% lanolin and 10% stearic acid.[1] It cannot be hardened by firing, melts when exposed to heat, and is flammable at higher temperatures.[citation needed]

Harbutt patented a different formulation in 1915,[2] which added wool fibres to give plasticine a stronger composition intended for ear plugs, and as a sterile dressing for wounds and burns.[3]

The Harbutt company marketed Plasticine as a children's toy by producing modelling kits based on characters from children's stories, such as Noddy, the Mr. Men and Paddington Bear.

The original Plasticine factory was destroyed by fire in 1963 and replaced by a modern building. The Harbutt company produced Plasticine in Bathampton until 1983, when production was moved to Thailand.

The Colorforms company was the major American licensee of Plasticine from 1979 until at least 1984. The use of a different chalk compound caused a product inconsistency, and the U.S. version was considered inferior to the original mix.

Bluebird Toys plc acquired Plasticine through its purchase of Peter Pan, Harbutt's parent company. In 1998, Mattel bought Bluebird and the brand was sold to Humbrol Ltd, famous for its model paints and owner of the Airfix model kit brand. Flair Leisure licensed the brand from Humbrol in 2005 and relaunched Plasticine. It acquired the brand outright, when Humbrol went into administration a year later.

Similar products[edit]

A similar product, "Kunst-Modellierthon" (known as Plastilin), was invented by Franz Kolb of Munich, Germany, in 1880. This product is still available, known as "Münchner Künstler Plastilin" (Munich artists' Plastilin). In Italy, the product Pongo is also marketed as "plastilina" and shares the main attributes of Plasticine. Play-Doh, which is based on flour, salt and water, dries on exposure to air. In France, it is made by Herbin, and marketed as Plastiline. In Spain, toy manufacturer JOVI markets a product also branded "Plastilina", made from vegetable matter which makes it lighter.


A Plasticine model of a rat, by Polish animator Monika Kuczyniecka

Plasticine and similar materials are often used in clay animation. One of its main proponents is Aardman Animations' Nick Park, who used characters modelled in Plasticine in his four Oscar-winning Wallace and Gromit short films A Grand Day Out (1989), The Wrong Trousers (1993), A Close Shave (1995) and A Matter of Loaf and Death (2008), as well as the feature film The Curse of the Were-Rabbit (2005). This technique is popularly known as claymation in the US, and is a form of stop motion animation.

Plasticine-like materials are appealing to animators because the material can be used with ease: it is mouldable enough to create a character, flexible enough to allow that character to move in many ways, and dense enough to retain its shape easily when combined with a wire armature, and does not melt under hot studio lighting.

Plasticine is used in long jump and triple jump competitions to help officials determine if the competitors are making legal jumps. A 10-centimetre-wide (3.9 in) 'indicator board' is placed beyond and slightly above the take-off line. The edges of this are chamfered and edged with plasticine. If an athlete leaves a mark in the plasticine, it is considered proof that the jump was a foul, and the attempt is not measured.[4] Plasticine is used rather than sand, so that several boards may be prepared in advance: if a board is marked it may be replaced by a smoothed board immediately to avoid delaying the competition, but keeping the marked board available in case of challenges. An indicator board is used, rather than a wide strip of plasticine, as this provides a firm footing should the athlete step on it.

Plasticine-like clays are also used in commercial party games such as Barbarossa.

A life-size vegetable plot in James May's Paradise in Plasticine

Television presenter James May together with Chris Collins, Jane McAdam Freud, Julian Fullalove and around 2000 members of the public created a show garden made entirely of Plasticine for the 2009 Chelsea Flower Show. Called 'Paradise in Plasticine', it took 6 weeks and 2.6 tons of Plasticine in 24 colours to complete. May said, "This is, to our knowledge, the largest and most complex model of this type ever created." It couldn't be considered as part of the standard judging criteria as it contained no real plants, but was awarded an honorary gold award made from Plasticine.[5][6] The garden was extremely popular with the public and went on to win the Royal Horticultural Society's 'peoples choice' for best small garden.[7]

During World War II, Plasticine was used by bomb disposal officer Major John P. Hudson R.E. as part of the defuzing[8] process for the new German "Type Y" battery-powered bomb fuze. The "Type Y" fuze has an anti-disturbance device that had to be disabled before the fuze could be removed.[9][10][unreliable source?] Plasticine was used to build a dam around the head of the fuze to hold some liquid oxygen. The liquid oxygen cooled the battery down to a temperature at which it would no longer function; with the battery out of commission, the fuze could be removed safely.[11][12]

See also[edit]


  1. ^ May, James (2009). Toy Stories. London: Conway. p. 16. ISBN 9781844861071.
  2. ^ espacenet citation of 1915 Harbutt patent
  3. ^ May, James (2009). Toy Stories. London: Conway. p. 25. ISBN 9781844861071.
  4. ^ International Association of Athletics Federations (IAAF). "Competition Rules 2016-2017, Rule 184.3" (PDF). pp. 208–210.
  5. ^ "RHS Chelsea Flower Show 2009: Paradise in Plasticine". BBC One. BBC. Retrieved 20 May 2009.
  6. ^ Elliott, Valerie (20 May 2009). "Top Gear plasticine garden takes 'gold' at RHS Chelsea Flower Show". The Times. Retrieved 20 May 2009.
  7. ^ "James May: Paradise in Plasticine". Archived from the original on 24 August 2010. Retrieved 10 March 2010.
  8. ^ Jappy (2001), p. rear cover "these bombs were to be defuzed 'regardless of the loss of life to bomb disposal personnel'."
  9. ^ TM 9-1985-2 (1953), p.182-185
  10. ^ Dunstable Town Centre (20 April 2005). "The Earl and the Secretary". BBC. A3924443. Retrieved 13 September 2015. The "/Y" fuse behaved exactly like the normal one when tested, but it had an additional circuit that was isolated after activation. This circuit contained mercury tilt switches which would detonate the bomb if the fuse were turned, even slowly. This was a booby trap designed to kill bomb disposal personnel
  11. ^ Hogben, Arthur (1987). Designed to Kill. London: Patrick Stephens Limited. pp. 131–133. ISBN 0-85059-865-6. It was believed that by using liquid oxygen poured over the fuze head the necessary very low temperature within the fuze could be achieved.
  12. ^ Jappy, M. J. (2001). Danger UXB. London: Macmillan Publishers. pp. 150–153. ISBN 0-752-21576-0. That was wonderful when we got a bomb with the fuze lying at the top but if the fuze was at the side, it wasn't quite so easy. [...] I think it must have been me who thought of the idea of making a little neck of clay around the side to hold the liquid. I think I used plasticine actually.

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