Porcelain /, / is a ceramic material made by heating materials, generally including kaolin, in a kiln to temperatures between 1,200 and 1,400 °C (2,200 and 2,600 °F). The toughness, strength, and translucence of porcelain, relative to other types of pottery, arises mainly from vitrification and the formation of the mineral mullite within the body at these high temperatures.
Porcelain slowly evolved in China and was finally achieved (depending on the definition used) at some point about 2,000 and 1,200 years ago, then slowly spread to other East Asian countries, and finally Europe and the rest of the world. Its manufacturing process is more demanding than that for earthenware and stoneware, the two other main types of pottery, and it has usually been regarded as the most prestigious type of pottery for its delicacy, strength, and its white colour. It combines well with both glazes and paint, and can be modelled very well, allowing a huge range of decorative treatments in tablewares, vessels and figurines. It also has many uses in technology and industry.
The European name, porcelain in English, come from the old Italian porcellana (cowrie shell) because of its resemblance to the translucent surface of the shell. Porcelain is also referred to as china or fine china in some English-speaking countries, as it was first seen in imports from China. Properties associated with porcelain include low permeability and elasticity; considerable strength, hardness, toughness, whiteness, translucency and resonance; and a high resistance to chemical attack and thermal shock.
Porcelain has been described as being "completely vitrified, hard, impermeable (even before glazing), white or artificially coloured, translucent (except when of considerable thickness), and resonant." However, the term porcelain lacks a universal definition and has "been applied in a very unsystematic fashion to substances of diverse kinds which have only certain surface-qualities in common". Traditional East Asian thinking only classifies pottery into low-fired wares (earthenware) and high-fired wares (often translated as porcelain), without the European concept of stoneware, which is high-fired but not generally white or translucent. Terms such as "proto-porcelain", "porcellaneous" or "near-porcelain" may be used in cases where the ceramic body approaches whiteness and translucency. A high proportion of modern porcelain is made of the variant bone china.
Kaolin is the primary material from which porcelain is made, even though clay minerals might account for only a small proportion of the whole. The word "paste" is an old term for both the unfired and fired material. A more common terminology these days for the unfired material is "body"; for example, when buying materials a potter might order an amount of porcelain body from a vendor.
The composition of porcelain is highly variable, but the clay mineral kaolinite is often a raw material. Other raw materials can include feldspar, ball clay, glass, bone ash, steatite, quartz, petuntse and alabaster.
The clays used are often described as being long or short, depending on their plasticity. Long clays are cohesive (sticky) and have high plasticity; short clays are less cohesive and have lower plasticity. In soil mechanics, plasticity is determined by measuring the increase in content of water required to change a clay from a solid state bordering on the plastic, to a plastic state bordering on the liquid, though the term is also used less formally to describe the ease with which a clay may be worked. Clays used for porcelain are generally of lower plasticity and are shorter than many other pottery clays. They wet very quickly, meaning that small changes in the content of water can produce large changes in workability. Thus, the range of water content within which these clays can be worked is very narrow and consequently must be carefully controlled.
The following section provides background information on the methods used to form, decorate, finish, glaze, and fire ceramic wares.
Unlike their lower-fired counterparts, porcelain wares do not need glazing to render them impermeable to liquids and for the most part are glazed for decorative purposes and to make them resistant to dirt and staining. Many types of glaze, such as the iron-containing glaze used on the celadon wares of Longquan, were designed specifically for their striking effects on porcelain. Bisque porcelain is unglazed.
Porcelain wares may be decorated under the glaze using pigments that include cobalt and copper or over the glaze using coloured enamels. Like many earlier wares, modern porcelains are often biscuit-fired at around 1,000 °C (1,830 °F), coated with glaze and then sent for a second glaze-firing at a temperature of about 1,300 °C (2,370 °F) or greater. Another early method is once-fired where the glaze is applied to the unfired body and the two fired together in a single operation.
In this process, green (unfired) ceramic wares are heated to high temperatures in a kiln to permanently set their shapes. Porcelain is fired at a higher temperature than earthenware so that the body can vitrify and become non-porous.
Porcelain originated in China, and it took a long time to reach the modern material. There is no precise date to separate the production of proto-porcelain from that of porcelain. Although proto-porcelain wares exist dating from the Shang Dynasty (1600–1046 BC), by the time of the Eastern Han Dynasty period (206 BC – 220 AD), glazed ceramic wares had developed into porcelain, on a Chinese definition as high-fired ware. By the late Sui Dynasty (581–618 AD)and early Tang Dynasty (618–907 AD) the additional Western requirements of whiteness and translucency had been achieved, in types such as Ding ware. The wares were already exported to the Islamic world, where they were highly prized.
Eventually, porcelain and the expertise required to create it began to spread into other areas of East Asia. During the Song Dynasty (960–1279 AD), artistry and production had reached new heights. The manufacture of porcelain became highly organised, and the kiln sites excavated from this period could fire as many as 25,000 wares. While Xing Ware is regarded as among the greatest of the Tang Dynasty porcelain, Ding Ware became the premier porcelain of Song Dynasty.
By the time of the Ming Dynasty (1368–1644 AD), porcelain wares were being exported to Europe. Some of the most well-known Chinese porcelain art styles arrived in Europe during this era, such as the coveted blue-and-white wares. The Ming Dynasty controlled much of the porcelain trade, which was expanded to Asia, Africa and Europe via the Silk Road. In 1517, Portuguese merchants began direct trade by sea with the Ming Dynasty, and in 1598, Dutch merchants followed.
Some porcelains were more highly valued than others in imperial China. We can identify the most valued types by their association with the court, either as tribute offerings, or as products of kilns under imperial supervision. Some of the best-known examples are of Jingdezhen porcelain. During the Ming dynasty, Jingdezhen porcelain become a source of imperial pride. The Yongle emperor erected a white porcelain brick-faced pagoda at Nanjing, and an exceptionally smoothly glazed type of white porcelain is peculiar to his reign. Jingdezhen porcelain's fame came to a peak in the Qing dynasty.
Although the Japanese elite were keen importers of Chinese porcelain from early on, they were not able to make their own until the arrival of Korean potters taken captive during the Japanese invasions of Korea (1592–98). They brought an improved type of kiln, and one of them spotted a source of porcelain clay near Arita, and before long several kilns had started in the region. At first their wares were similar to the cheaper and cruder Chinese porcelains with underglaze blue decoration that were already widely sold in Japan; this style was to continue for cheaper everyday wares until the 20th century.
Exports to Europe began around 1660, through the Dutch East India Company, the only Europeans allowed a trading presence. Chinese exports had been seriously disrupted by civil wars as the Ming dynasty fell apart, and the Japanese exports increased rapidly to fill the gap. At first the wares used European shapes and mostly Chinese decoration, as the Chinese had done, but gradually original Japanese styles developed. Nabeshima ware was produced in kilns owned by that family of feudal lords, and used decoration in the Japanese tradition, much of it related to textile design. This was not initially exported, but used for gifts to other aristocratic families. Imari ware and Kakiemon are broad terms for styles of export porcelain with overglaze "enamelled" decoration begun in the early period, both with many sub-types.
A great range of styles and manufacturing centres were in use by the start of the 19th century, and as Japan opened to trade in the second half, exports expanded hugely, and quality typically declined. Much traditional porcelain continues to repeat older methods of production and styles, and there are several modern industrial manufacturers.
These exported Chinese porcelains were held in such great esteem in Europe that in the English language china became a commonly–used synonym for the Italian term porcelain. The first mention of porcelain in Europe is in Il Milione by Marco Polo in XII sec. Apart from copying Chinese porcelain in faience (tin glazed earthenware), the soft-paste Medici porcelain in 16th-century Florence was the first real European attempt to reproduce it, with little success.
Early in the 16th century, Portuguese traders returned home with samples of kaolin, which they discovered in China to be essential in the production of porcelain wares. However, the Chinese techniques and composition used to manufacture porcelain were not yet fully understood. Countless experiments to produce porcelain had unpredictable results and met with failure. In the German state of Saxony, the search concluded in 1708 when Ehrenfried Walther von Tschirnhaus produced a hard, white, translucent type of porcelain specimen with a combination of ingredients, including kaolin and alabaster, mined from a Saxon mine in Colditz. It was a closely guarded trade secret of the Saxon enterprise.
In 1712, many of the elaborate Chinese porcelain manufacturing secrets were revealed throughout Europe by the French Jesuit father Francois Xavier d'Entrecolles and soon published in the Lettres édifiantes et curieuses de Chine par des missionnaires jésuites. The secrets, which d'Entrecolles read about and witnessed in China, were now known and began seeing use in Europe.
Von Tschirnhaus and Johann Friedrich Böttger were employed by Augustus II the Strong and worked at Dresden and Meissen in the German state of Saxony. Tschirnhaus had a wide knowledge of science and had been involved in the European quest to perfect porcelain manufacture when in 1705 Böttger was appointed to assist him in this task. Böttger had originally been trained as a pharmacist; after he turned to alchemical research, he claimed to have known the secret of transmuting dross into gold, which attracted the attention of Augustus. Imprisoned by Augustus as an incentive to hasten his research, Böttger was obliged to work with other alchemists in the futile search for transmutation and was eventually assigned to assist Tschirnhaus. One of the first results of the collaboration between the two was the development of a red stoneware that resembled that of Yixing.
A workshop note records that the first specimen of hard, white and vitrified European porcelain was produced in 1708. At the time, the research was still being supervised by Tschirnhaus; however, he died in October of that year. It was left to Böttger to report to Augustus in March 1709 that he could make porcelain. For this reason, credit for the European discovery of porcelain is traditionally ascribed to him rather than Tschirnhaus.
The Meissen factory was established in 1710 after the development of a kiln and a glaze suitable for use with Böttger's porcelain, which required firing at temperatures of up to 1,400 °C (2,552 °F) to achieve translucence. Meissen porcelain was once-fired, or green-fired. It was noted for its great resistance to thermal shock; a visitor to the factory in Böttger's time reported having seen a white-hot teapot being removed from the kiln and dropped into cold water without damage. Evidence to support this widely disbelieved story was given in the 1980s when the procedure was repeated in an experiment at the Massachusetts Institute of Technology.
Soft paste porcelainEdit
The pastes produced by combining clay and powdered glass (frit) were called Frittenporzellan in Germany and frita in Spain. In France they were known as pâte tendre and in England as "soft-paste". They appear to have been given this name because they do not easily retain their shape in the wet state, or because they tend to slump in the kiln under high temperature, or because the body and the glaze can be easily scratched.
Experiments at Rouen produced the earliest soft-paste in France, but the first important French soft-paste porcelain was made at the Saint-Cloud factory before 1702. Soft-paste factories were established with the Chantilly manufactory in 1730 and at Mennecy in 1750. The Vincennes porcelain factory was established in 1740, moving to larger premises at Sèvres in 1756. Vincennes soft-paste was whiter and freer of imperfections than any of its French rivals, which put Vincennes/Sèvres porcelain in the leading position in France and throughout the whole of Europe in the second half of the 18th century.
The first soft-paste in England was demonstrated by Thomas Briand to the Royal Society in 1742 and is believed to have been based on the Saint-Cloud formula. In 1749, Thomas Frye took out a patent on a porcelain containing bone ash. This was the first bone china, subsequently perfected by Josiah Spode.
In the twenty-five years after Briand's demonstration, a number of factories were founded in England to make soft-paste table-wares and figures:
- Chelsea (1743)
- Bow (1745)
- St James's (1748)
- Bristol porcelain (1748)
- Longton Hall (1750)
- Royal Crown Derby (1750 or 1757)
- Royal Worcester (1751)
- Lowestoft porcelain (1757)
- Wedgwood (1759)
- Spode (1767)
William Cookworthy discovered deposits of kaolin in Cornwall, making a considerable contribution to the development of porcelain and other whiteware ceramics in the United Kingdom. Cookworthy's factory at Plymouth, established in 1768, used kaolin and china stone to make porcelain with a body composition similar to that of the Chinese porcelains of the early 18th century.
Porcelain can be divided into the three main categories (hard-paste, soft-paste and bone china), depending on the composition of the paste used to make the body of the porcelain object and the firing conditions.
These porcelains that came from East Asia, especially China, were some of the finest quality porcelain wares. The earliest European porcelains were produced at the Meissen factory in the early 18th century; they were formed from a paste composed of kaolin and alabaster and fired at temperatures up to 1,400 °C (2,552 °F) in a wood-fired kiln, producing a porcelain of great hardness, translucency, and strength. Later, the composition of the Meissen hard paste was changed and the alabaster was replaced by feldspar and quartz, allowing the pieces to be fired at lower temperatures. Kaolinite, feldspar and quartz (or other forms of silica) continue to constitute the basic ingredients for most continental European hard-paste porcelains.
Soft-paste porcelains date back from the early attempts by European potters to replicate Chinese porcelain by using mixtures of clay and frit. Soapstone and lime were known to have been included in these compositions. These wares were not yet actual porcelain wares as they were not hard nor vitrified by firing kaolin clay at high temperatures. As these early formulations suffered from high pyroplastic deformation, or slumping in the kiln at high temperatures, they were uneconomic to produce and of low quality. Formulations were later developed based on kaolin with quartz, feldspars, nepheline syenite or other feldspathic rocks. These were technically superior, and continue to be produced. Soft-paste porcelains are fired at lower temperatures than hard-paste porcelain, therefore these wares are generally less hard than hard-paste porcelains.
Although originally developed in England in 1748 in order to compete with imported porcelain, bone china is now made worldwide. The English[clarification needed] had read the letters of Jesuit missionary Francois Xavier d'Entrecolles, which described Chinese porcelain manufacturing secrets in detail. One writer has speculated that a misunderstanding of the text could possibly have been responsible for the first attempts to use bone-ash as an ingredient of English porcelain, although this is not supported by researchers and historians. In China, kaolin was sometimes described as forming the 'bones' of the paste, while the 'flesh' was provided by the refined rocks suitable for the porcelain body. Traditionally, English bone china was made from two parts of bone-ash, one part of kaolin and one part china stone, although this has largely been replaced by feldspars from non-UK sources.
Electric insulating materialEdit
Porcelain and other ceramic materials have many applications in engineering, especially ceramic engineering. Porcelain is an excellent insulator for use at high voltage, especially in outdoor applications, see Insulator (electricity)#Material. Examples include: terminals for high-voltage cables, bushings of power transformers, insulation of high frequency antennas and many other components.
Porcelain can be used as a building material, usually in the form of tiles or large rectangular panels. Modern porcelain tiles are generally produced by a number of recognised international standards and definitions. Manufacturers are found across the world with Italy being the global leader, producing over 380 million square metres in 2006. Historic examples of rooms decorated entirely in porcelain tiles can be found in several European palaces including ones at Galleria Sabauda in Turin, Museo di Doccia in Sesto Fiorentino, Museo di Capodimonte in Naples, the Royal Palace of Madrid and the nearby Royal Palace of Aranjuez. and the Porcelain Tower of Nanjing. More recent noteworthy examples include The Dakin Building in Brisbane, California, and the Gulf Building in Houston, Texas, which when constructed in 1929 had a 21-metre-long (69 ft) porcelain logo on its exterior. A more detailed description of the history, manufacture and properties of porcelain tiles is given in the article “Porcelain Tile: The Revolution Is Only Beginning.”
Because of its durability, inability to rust and impermeability, glazed porcelain has been in use for personal hygiene since at least the third quarter of the 17th century. During this period, porcelain chamber pots were commonly found in higher-class European households, and the term "bourdaloue" was used as the name for the pot.
However bath tubs are not made of porcelain, but of porcelain enamel on a metal base, usually of cast iron. Porcelain enamel is a marketing term used in the US, and is not porcelain but vitreous enamel.
- Czech Republic
- Rouen porcelain, (1673–1696), faience
- Nevers porcelain, (1600–1789), faience
- Saint-Cloud porcelain, (1693–1766)
- Strasbourg faience, (1721–1784)
- Chantilly porcelain, (1730–1800)
- Vincennes porcelain, (1740–1756)
- Mennecy-Villeroy porcelain, (1745–1765)
- Sèvres porcelain, (1756–present)
- Revol porcelain, (1789–present)
- Limoges porcelain
- Haviland porcelain
- Buen Retiro Royal Porcelain Factory (1760–1812)
- United Kingdom
- Aynsley China, (1775–present)
- Belleek, (1884–present)
- Chelsea porcelain factory
- Coalport porcelain
- Goss crested china
- Liverpool porcelain
- Mintons Ltd, (1793–1968, merged with Royal Doulton)
- New Hall porcelain
- Plymouth Porcelain
- Rockingham Pottery
- Royal Crown Derby, (1750/57-present)
- Royal Doulton, (1815–2009 acquired by Fiskars)
- Royal Worcester, (1751–2008 acquired by Portmeirion Pottery)
- Spode, (1767–2008 acquired by Portmeirion Pottery)
- Wedgwood, (1759–present acquired Fiskars)
- United States
- Sri Lanka
- Dankotuwa Porcelain
- Noritake Lanka Porcelain
- Royal Fernwood Porcelain
- United Arab Emirates
- RAK Porcelain
- South Korea
- Oxford English Dictionary: "The ceramic material was apparently so named on account of the resemblance of its translucent surface to the nacreous shell of the mollusc. […] The cowrie was probably originally so named on account of the resemblance of the fissure of its shell to a vulva (it is unclear whether the reference is spec. to the vulva of a sow)."
- OED, "China"; An Introduction to Pottery. 2nd edition. Rado P. Institute of Ceramic / Pergamon Press. 1988. Usage of "china" in this sense is inconsistent, & it may be used of other types of ceramics also.
- Harmonized commodity description and coding system: explanatory notes, Volume 3, 1986, Customs Co-operation Council, U.S. Customs Service, U.S. Department of the Treasury
- Definition in The Combined Nomenclature of the European Communities defines, Burton, 1906
- Valenstein, S. (1998). A handbook of Chinese ceramics Archived September 9, 2016, at the Wayback Machine., pp. 22, 59-60, 72, Metropolitan Museum of Art, New York. ISBN 9780870995149
- Kelun, Chen (2004). Chinese porcelain: Art, elegance, and appreciation. San Francisco: Long River Press. p. 3. ISBN 978-1-59265-012-5.
- "Porcelain". Columbia Encyclopedia Sixth Edition. 2008. Retrieved 2008-06-27.
- Vainker, 66
- Te-k'un, Cheng (1984). Studies in Chinese ceramics. Hong Kong: Chinese University Press. pp. 92–93. ISBN 978-962-201-308-7.
- Temple, Robert K.G. (2007). The Genius of China: 3,000 Years of Science, Discovery, and Invention (3rd edition). London: André Deutsch, pp. 104-5. ISBN 978-0-233-00202-6
- Wood, Nigel (2011). Chinese Glazes: Their Origins, Chemistry, and Recreation. London: A. & C. Black. ISBN 978-1-4081-4025-3.
- Cohen, David Harris; Hess, Catherine (1993). Looking at European ceramics : a guide to technical terms. Malibu: The J. Paul Getty Museum Journal. p. 59. ISBN 978-0-89236-216-5.
- Rawson, Jessica "Chinese Art", 2007, publisher:the British Museum Press, London, ISBN 978-0-7141-2446-9
- Smith, Harris, & Clark, 163-164; Watson, 260
- Smith, Harris, & Clark, 164-165; Watson, 261
- Smith, Harris, & Clark, 165; Watson, 261
- cap. CLVIII dell'edizione a cura di L.F. Benedetto, 1928; cap. 153 dell'edizione a cura di V. Pizzorusso Bertolucci
- Burns, William E. (2003). Science in the enlightenment: An encyclopedia. Santa Barbara: ABC-Clio. pp. 38–39. ISBN 978-1-57607-886-0.
- Richards, Sarah (1999). Eighteenth-century ceramic: Products for a civilised society. Manchester: Manchester University Press. pp. 23–26. ISBN 978-0-7190-4465-6.
- Wardropper, Ian (1992). News from a radiant future: Soviet porcelain from the collection of Craig H. and Kay A. Tuber. Chicago: Art Institute of Chicago. ISBN 978-0-86559-106-6.
- • Baghdiantz McAbe, Ina (2008). Orientalism in Early Modern France. Oxford: Berg Publishing, p. 220. ISBN 978-1-84520-374-0
• Finley, Robert (2010). The pilgrim art. Cultures of porcelain in world history. University of California Press, p. 18. ISBN 978-0-520-24468-9
• Kerr, R. & Wood, N. (2004). Joseph Needham : Science and Civilisation in China, Volume 5 Chemistry and Chemical Technology : Part 12 Ceramic Technology Archived August 1, 2016, at the Wayback Machine.. Cambridge University Press, p. 36-7. ISBN 0-521-83833-9
• Zhang, Xiping (2006). Following the steps of Matteo Ricci to China. Beijing: China Intercontinental Press. p. 168. ISBN 978-7-5085-0982-2.
• Burton, William (1906). Porcelain, Its Nature, Art and Manufacture. London. pp. 47–48.
- Gleeson, Janet. The Arcanum, an accurate historic novel on the greed, obsession, murder and betrayal that led to the creation of Meissen porcelain. Bantam Books, London, 1998.
- Honey, W.B., European Ceramic Art, Faber and Faber, 1952, p.533
- Munger, Jeffrey (October 2004). "Sèvres Porcelain in the Nineteenth Century Archived September 3, 2016, at the Wayback Machine.". In Heilbrunn Timeline of Art History. New York: The Metropolitan Museum of Art. Retrieved 31 October 2011
- Metropolitan Museum of Art Archived May 8, 2016, at the Wayback Machine.
- ‘Science Of Early English Porcelain.’ I.C. Freestone. Sixth Conference and Exhibition of the European Ceramic Society. Vol.1 Brighton, 20–24 June 1999, p.11-17
- ‘The Sites Of The Chelsea Porcelain Factory.’ E.Adams. Ceramics (1), 55, 1986.
- "Bow". Museum of London. Retrieved 31 October 2011.
- "Bow porcelain bowl, painted by Thomas Craft". British Museum. Retrieved 31 October 2011.
- "Bow porcelain". British History Online. University of London & History of Parliament Trust. Retrieved 31 October 2011.
- "St James's (Charles Gouyn)". Museum of London. Retrieved 31 October 2011.
- Ceramic Figureheads. Pt. 3. William Littler And The Origins Of Porcelain In Staffordshire. Cookson Mon. Bull. Ceram. Ind. (550), 1986.
- "History". Royal Crown Derby. Retrieved 1 November 2011.
- History of Royal Crown Derby Co Ltd, from "British Potters and Potteries Today", publ 1956
- 'The Lowestoft Porcelain Factory, and the Chinese Porcelain Made for the European Market during the Eighteenth Century.' L. Solon. The Burlington Magazine. No. 6. Vol.II. August 1906.
- Reed, Cleota; Skoczen; Stan (1997). Syracuse China. Syracuse, N.Y.: Syracuse University Press. pp. 51–52. ISBN 978-0-8156-0474-7.
- N. Hudson Moore (1903). The Old China Book. p. 7. ISBN 978-1-4344-7727-9.
- Strumpf, Faye (2000). Limoges boxes: A complete guide. Iola, WI: Krause Publications. p. 125. ISBN 978-0-87341-837-9.
- Burton, William. Porcelain, Its Nature, Art and Manufacture. London. pp. 18–19.
- Science Of Early English Porcelain. Freestone I C. Sixth Conference and Exhibition of the European Ceramic Society. Extended Abstracts. Vol.1 Brighton, 20–24 June 1999, pg.11-17
- The Special Appeal Of Bone China. Cubbon R C P.Tableware Int. 11, (9), 30, 1981
- All About Bone China. Cubbon R C P. Tableware Int. 10, (9), 34, 1980
- Spode's Bone China – Progress In Processing Without Compromise In Quality. George R T; Forbes D; Plant P. Ceram. Ind. 115, (6), 32, 1980
- An Introduction To The Technology Of Pottery. Paul Rado. Institute of Ceramics & Pergamon Press, 1988
- Changes & Developments Of Non-plastic Raw Materials. Sugden A. International Ceramics Issue 2 2001.
- “New American Standard Defines Polished Porcelain By The Porcelain Tile Certification Agency.” Tile Today No.56, 2007.
- Porcelain tile as defined in ASTM C242 – 01(2007) Standard Terminology of Ceramic Whitewares and Related Products published by ASTM International.
- ’Manufacturers Of Porcelain Tiles’ Ceram.World Rev. 6, No.19, 1996 … ‘The main manufacturers of porcelain tiles in Italy, Europe, Asia, Africa, Oceania and the Americas are listed.’
- ”Italian Porcelain Tile Production At The Top” Ind.Ceram. 27, No.2, 2007.
- Porcelain Room, Aranjuez[dead link] Comprehensive but shaky video
- “Porcelain Tile: The Revolution Is Only Beginning.” Tile Decorative Surf. 42, No.11, 1992.
- "What is a Bourdaloue?". wisegeek.com. 2014. Retrieved 27 March 2014.
- "Buick made bathtubs before he built cars | Las Vegas Review-Journal". reviewjournal.com. 2014. Retrieved 27 March 2014.
- "mo°sound speakers in luxury porcelain ball by Augarten.". fashion.at. 2015. Retrieved 16 April 2015.
- Richard Ginori: Gucci firma l'accordo per l'acquisizione | Il Sito di Firenze
- "Polskie Fabryki Porcelany "Ćmielów" i "Chodzież" S.A.". Polskie Fabryki Porcelany Ćmielów i Chodziez S.A. Retrieved 31 January 2017.
- "Kristoff Porcelain". Kristoff Porcelain. Retrieved 26 July 2016.
- "Lubiana S.A. - polski producent porcelany dla domu i rynku horeca". Lubiana S.A. - polski producent porcelany dla domu i rynku horeca. Retrieved 31 January 2017.
- "Maghsoud Factories Group". Maghsoud Factories Group. Retrieved 26 July 2016.
- "History". Zarin Iran Porcelain Industries. Zarin Iran Porcelain Industries. Retrieved 5 February 2017.
- Smith, Lawrence, Harris, Victor and Clark, Timothy, Japanese Art: Masterpieces in the British Museum, 1990, British Museum Publications, ISBN 0714114464
- Vainker, S.J., Chinese Pottery and Porcelain, 1991, British Museum Press, 9780714114705
- Watson, William ed., The Great Japan Exhibition: Art of the Edo Period 1600–1868, 1981, Royal Academy of Arts/Wiedenfield and Nicolson
- Combined Nomenclature of the European Communities – EC Commission in Luxembourg, 1987 .
- Burton, William (1906). Porcelain, its Nature, Art and Manufacture. Batsford, London
- Le Corbeiller, Clare (1985). Eighteenth-century Italian porcelain. New York: The Metropolitan Museum of Art. ISBN 0-87099-421-2.
- Finlay, Robert (2010). The Pilgrim Art: Cultures of Porcelain in World History. Volume 11 of California World History Library (illustrated ed.). University of California Press. ISBN 0-520-94538-7. Retrieved 24 April 2014.
- Guy, John (1986). Guy, John, ed. Oriental trade ceramics in South-East Asia, ninth to sixteenth centuries: with a catalogue of Chinese, Vietnamese and Thai wares in Australian collections (illustrated, revised ed.). Oxford University Press. Retrieved 24 April 2014.
- Valenstein, S. (1998). A handbook of Chinese ceramics, Metropolitan Museum of Art, New York. ISBN 978-0-87099-514-9