Ceramics, Pottery, and Porcelain
CERAMICS, POTTERY, AND PORCELAIN
CERAMICS, POTTERY, AND PORCELAIN. Pottery is made from clays taken from the ground and baked, or fired, in a kiln to a temperature of several hundred degrees. Pottery can take many forms but is best known for items thrown on a spinning wheel, where the potter uses centrifugal force to create a perfectly symmetrical round object. However, round pots and other items can also be made by coiling strips of clay together or by pressing clay into molds. Alternatively, it is, of course, possible to create an item entirely by hand modeling.
If a pot is fired and then covered in a layer of glass, or glaze, and fired again, it becomes nonporous and capable of holding liquids. Such low-fired pottery is called earthenware and can take many
forms. Pottery made in medieval Europe was in general of low status, considered inferior to items of metal, and used for storage or basic cookery. However, elaborate inlaid clay floor tiles are found in churches and royal palaces.
By the tenth century in Arab countries, tin oxide was being added to a lead-oxide glaze on earthenware, which turned the glaze white in the kiln to produce a pot with the appearance of porcelain. This could be painted in metallic oxides to produce a metallic layer, or luster, or alternatively in colored oxides to create a pictorial effect. In sixteenth-century Italy, painters of tin-glazed earthenware, or maiolica, such as Nicola da Urbino (d. 1537/1538) and Francesco Xanto Avelli (1487?–1542?) became extremely skillful in adapting prints after Renaissance artists such as Raphael (1483–1520) and Michelangelo (1475–1564) to produce ceramics that became independent works of art. More elaborate types, including ewers, basins, and vases, were made in the workshops of the Fontana family in Urbino. Meanwhile, in France the potter Bernard Palissy (c. 1510–1590) was making grottoes (artificial, ornamental caves) and large dishes decorated in colored lead glazes that exactly reproduced the forms of wildlife in imitation of the natural world.
A tougher form of earthenware called stoneware, which was fired to 1200° C, was made in Germany in the sixteenth century and glazed with the addition of salt thrown into the kiln during the firing (salt-glazed stoneware). Large tankards or beer mugs and jugs, suitable for tavern use, with
stamped or applied decoration were made at Cologne, Siegburg, Raeren, and the Westerwald, and exported across the whole of the Western world. German stonewares were copied by John Dwight (c. 1635–1703) at Fulham in London and by other potters elsewhere.
Porcelain is a fusion of two special clays, china clay (kaolin) and china stone, at temperatures in excess of 1300° C. Unlike most pottery, it is vitrified (glasslike) and translucent. It was first made in China in about the eighth century c.e. and was known in Europe by the fifteenth century. In the seventeenth century Chinese porcelain began to be imported in large quantities. It was generally decorated in underglaze blue, where gray-black cobalt oxide painted on the once-fired piece before glazing turns blue in the second firing process. Chinese porcelain was copied by tin-glazed earthenware makers at Delft in the Netherlands (Delftware), as well as in Frankfurt in Germany, and in London, Bristol, and Liverpool in England, Glasgow in Scotland, and Dublin in Ireland. Whole rooms were decorated with Chinese and Japanese porcelain from the floor to the ceiling (china rooms).
An artificial, or soft-paste, porcelain, made from the ingredients of ground-up glass, was developed in the Medici workshops in Florence in the sixteenth century, and later in France. Meanwhile the secret of making true hard-paste porcelain like the Chinese had been discovered at Meissen near Dresden in Germany by the alchemist Johann Friedrich Böttger (1682–1719) in 1708. The factory produced vases, figures, and teawares, often decorated with European versions of Chinese scenes (chinoiseries) painted in overglaze enamel colors by the painter Johann Gregor Höroldt (1696–1775), and beautifully modeled figures of animals and humans, notably actors from the Italian commedia dell'arte, by the sculptor Johann Joachim Kändler (1706–1775). The latter were used to decorate the dining table during the dessert course.
A porcelain factory soon became a status symbol for kings across Europe, and porcelain factories spread to Vienna in 1717 and to sites in Germany (Frankenthal, Nymphenburg, Berlin, Fürstenberg, Höchst). Their wares are visually very similar, though note must be taken of the great rococo modeler Franz Anton Bustelli (1723–1763) at Nymphenburg. There were also many other lesser factories, both in Germany and in Sweden, Denmark, the Netherlands, Switzerland, and Italy. Meanwhile, good-quality tin-glazed earthenware (faience) that copied porcelain shapes and styles of decoration continued to be made in France and Germany.
French soft-paste factories continued to thrive under aristocratic and royal patronage. The wares made at Chantilly in the first half of the eighteenth century imitated the spare colors and white background of Japanese Kakiemon porcelain from the collection of the duc de Bourbon. The factory supported by Louis XV at Sèvres produced some of the most elaborate porcelain ever made, with rich gilding and ground or with background colors framing gold-bordered central panels that could be quite different in style from the rest of the painting (reserves). In England there were private soft-paste porcelain factories at Chelsea, Bow, Liverpool, and other locations; they imitated Meissen or Sèvres or Chinese porcelain, depending on the wealth of their clientele. The factory at Worcester developed decoration with pulls from copper-engraved plates, or transfer printing, which at Caughley became the basis of the Chinese-style willow pattern.
The county of Staffordshire in central England became a major producer of pottery in the eighteenth century, mostly with mass-produced slip cast wares (made by pouring clay into a mold and allowing it to set into a specific shape) for the middle market such as stoneware teapots, or wares in colored glazes based on fruit and vegetables. A more sophisticated taste developed with the work of the great potter Josiah Wedgwood (1730–1795), who used the neoclassical style of the later eighteenth century to sell pottery to the upper classes across Europe. He refined stoneware to create a tinted version in imitation of classical cameos called Jasperware and refined earthenware to produce the pale creamware for everyday use. His products, as well as those of other factories in Staffordshire and Yorkshire, were to put many of the faience makers of Europe out of business by the end of the century.
The Napoleonic Wars of the late eighteenth and early nineteenth centuries created financial problems for many porcelain factories in Europe, and by 1815 the main surviving state-sponsored factories were at Sèvres, Berlin, Meissen, Vienna, and St. Petersburg. They all made wares in the strict neoclassical style. Meanwhile, Staffordshire continued to produce a vast quantity of wares in a huge variety of styles, both in toughened pottery (ironstone) and the new bone china, in which bone ash is added to hard-paste porcelain clays.
See also Decorative Arts .
BIBLIOGRAPHY
Ayers, John, et al. World Ceramics: An Illustrated History. Edited by Robert J. Charleston. London and New York, 1968.
Coutts, Howard. The Art of Ceramics: European Ceramic Design, 1500–1830. New Haven, 2001.
Hannover, Emil. Pottery and Porcelain: A Handbook for Collectors. Edited with notes and appendices by Bernard Rackham. London, 1925.
Honey, William Bowyer. European Ceramic Art from the End of the Middle Ages to about 1815. London and New York, 1949.
Howard Coutts
Cite this article
Pick a style below, and copy the text for your bibliography.
COUTTS, HOWARD. "Ceramics, Pottery, and Porcelain." Europe, 1450 to 1789: Encyclopedia of the Early Modern World. The Gale Group Inc. 2004. Encyclopedia.com. 26 Dec. 2009 <http://www.encyclopedia.com>.
COUTTS, HOWARD. "Ceramics, Pottery, and Porcelain." Europe, 1450 to 1789: Encyclopedia of the Early Modern World. The Gale Group Inc. 2004. Encyclopedia.com. (December 26, 2009). http://www.encyclopedia.com/doc/1G2-3404900194.html
COUTTS, HOWARD. "Ceramics, Pottery, and Porcelain." Europe, 1450 to 1789: Encyclopedia of the Early Modern World. The Gale Group Inc. 2004. Retrieved December 26, 2009 from Encyclopedia.com: http://www.encyclopedia.com/doc/1G2-3404900194.html
Learn more about citation styles
|
Silkworm Breeding: Proceedings of the National Workshop held March 18-19, 1994
Magazine article from: Indian Journal of Agricultural Economics; 1/1/2000; ; 593 words
; Silkworm Breeding: Proceedings of the National...proceedings of the first National Workshop on Silkworm Breeding organised by the University of...workshop covered all the aspects related to silkworm breeding right from tracing the history...
|
|
Brocade introduces new SilkWorm 24000 Director, unveils future-proof architecture for data centre investment protection; Extended family of SAN directors provides high availability, performance, and unprecedented growth path for enterprise customers.
M2 Presswire; 4/26/2004; 700+ words
; ...Communications Systems: Brocade introduces new SilkWorm 24000 Director, unveils future-proof...Networks (SANs), today introduced the SilkWorm 24000 Director to extend its product...and scalability requirements, the SilkWorm 24000 also delivers an extensible architecture...
|
|
Brocade Introduces New SilkWorm 24000 Director, Unveils Future-Proof Architecture for Data Center Investment Protection; Extended Family of SAN Directors Provides High Availability, Performance, and Unprecedented Growth Path for Enterprise Customers.
PR Newswire; 4/26/2004; 700+ words
; ...Networks (SANs), today introduced the SilkWorm(R) 24000 Director to extend its product...and scalability requirements, the SilkWorm 24000 also delivers an extensible architecture...announced or indicated qualification of the SilkWorm 24000 include EMC, HDS, HP, IBM...
|
|
Brocade and StorageTek Expand Reseller Relationship to Make SilkWorm 12000 Core Fabric Switch Available to StorageTek Customers Worldwide; StorageTek Delivers 2 Gbit/sec Foundation for High Performance Intelligent SAN Networks Capable of Supporting Unique Demands of Enterprise Storage Applications and Services.
PR Newswire; 3/25/2002; 700+ words
; ...StorageTek will offer and support the Brocade SilkWorm(R) 12000 Core Fabric Switch under the Brocade SilkWorm brand to its customers worldwide. Based...generation intelligent architecture, the SilkWorm 12000 is designed for the unique requirements...
|
|
End-sequencing and characterization of silkworm ( Bombyx mori ) bacterial artificial chromosome libraries.(Research article)
Magazine article from: BMC Genomics; 9/7/2007; ; 700+ words
; ...corresponding author) [1] Background The silkworm ( Bombyx mori ) has been domesticated...being used for silk production, the silkworm is also an effective host for the production...pests. Therefore, the accumulation of silkworm genome resources will be helpful for...
|
|
MTI to Offer Customers of Its Vivant Series SAN Storage Solutions New Brocade SilkWorm 3900 32-Port Enterprise Fabric Switch.
PR Newswire; 10/28/2002; 700+ words
; ...its customers worldwide the new Brocade SilkWorm(R) 3900 2 Gigabit per Second (Gbit...networking products. MTI will make the SilkWorm 3900 available with all Vivant(TM...fault-tolerant storage. By adding the SilkWorm 3900, MTI will offer the complete Brocade...
|
|
MTI to Make Brocade SilkWorm 12000 Available to Vivant SAN Storage Solution Customers Requiring Superior Availability, Manageability, Security, And Scalability; New 2 Gbit/Sec Switch Will Let Vivant Users Scale Storage More Effectively, Support Continuous Data Availability, and Cut Storage Management Costs.
PR Newswire; 3/25/2002; 700+ words
; ...offer its customers the newly available SilkWorm(R) 12000 2 Gigabit Per Second (Gbit...protection for future growth. Offering the SilkWorm 12000 and its management software will...prnh/20010502/LAPHOTO1LOGO ) "The SilkWorm 12000 is a next-generation intelligent...
|
|
Brocade SilkWorm 12000 Core Fabric Switch Is the Latest Addition to XIOtech Networked Storage Product Family.
Business Wire; 9/23/2002; 700+ words
; ...of Brocade Communications System's SilkWorm(R) 12000 Core Fabric switch to its...networked storage product offerings. The SilkWorm 12000 is the industry's first 2 Gbit...entry-level to enterprise class. The SilkWorm 12000 provides from 32 to 128 ports of...
|
|
Why silkworms find mulberries attractive.
Newspaper article from: NewsRx Health & Science; 5/31/2009; 700+ words
; ...leaves to the one that attracts silkworms, they went in search of the...receptor genes responsible in the silkworms' genome. They ultimately...active in the antennae of silkworm larvae. Of those, only one...diets fed to domesticated silkworms to increase the efficiency...
|
|
Silkworms weave lessons in life, Chinese culture.(Virginia Beach Beacon)
Newspaper article from: The Virginian Pilot; 2/28/2008; 700+ words
; ...fictional story chronicles the silkworm-raising efforts of a middle...knowledge of China by watching the silkworms go through the life cycle...company bought two packages of silkworm eggs for each grade. Silkworms are actually caterpillars...
|
|
silkworm
Book article from: The Columbia Encyclopedia, Sixth Edition
silkworm name for the larva...The culture of silkworms is called sericulture...processed. The giant silkworms used in some Asian...1861. Diseases of silkworms have occasioned important...disease. The common silkworm, Bombyx mori, is...
|
|
Silkworm
Book article from: The Oxford Essential Dictionary of the U.S. Military
Silkworm a family Chinese cruise missiles (designated HY-1 through HY-4) that are widely available in countries developing their defense capability. They were largely inspired by Russian Styx missiles and many parts are interchangeable. See also HY-4 .
|
|
Pasteur, Louis
Dictionary entry from: Complete Dictionary of Scientific Biography
...fellow of the Royal Society 1871 Prize for silkworm remedies, Austrian government 1873 Commander...Society (for work on fermentation and silkworm diseases) 1874 Voted national recompense...vinegar and wine 1865 – 1870 Silkworm diseases: p é brine and flacherie...
|
|
Pasteur, Louis (1822-1895)
Book article from: World of Microbiology and Immunology
...help solve a crisis in another ailing French industry. The silkworms that produced silk fabric were dying of an unknown disease...Here Pasteur found the tiny parasites that were killing the silkworms and affecting their food, mulberry leaves. His solution...
|
|
Louis Pasteur
Encyclopedia entry from: Encyclopedia of World Biography
...1866), Studies on Vinegar (1868), Studies on the Diseases of Silkworms (1870), and Studies on Beer (1876). Soon after his arrival...organism synthesized an enzyme which carried out the conversion. Silkworms and Microb
|