Creamware - Knowledge

151: 29: 100: 331:, who produced a variety of Cauliflower, Pineapple, Fruit Basket and other popular wares. There was considerable inventiveness of form and the use of moulds allowed both greater complexity and ease of mass-production. Several creamware types used moulds originally produced for the earlier salt-glazed stoneware goods, such as the typical plates illustrated opposite. Combined with increasingly sophisticated decorative techniques, creamware quickly became established as the preferred ware for the dinner table amongst both middle and upper classes. 271: 210: 340: 434: 374: 169:. and to the United States. One contemporary writer and friend of Wedgwood claimed it was ubiquitous. This led to local industries developing throughout Europe to meet demand. There was also a strong export market to the United States. The success of creamware had killed the demand for tin-glazed earthenware and pewter vessels alike and the spread of cheap, good-quality, mass-produced creamware to Europe had a similar impact on Continental tin-glazed 454:

In addition, factories usually sent out their wares to outside specialist enamellers or transfer-printers for decoration – decoration in-house was only gradually adopted. For this reason, several manufacturers usually shared the same decorator or printer and tended to use the same or very similar patterns.

453:

Attribution of pieces to particular factories has always been difficult because virtually no creamware was marked prior to Josiah Wedgwood's manufacture of it in Burslem. At the time manufacturers frequently supplied wares to one another to supplement stocks and ideas were often exchanged or copied.

424:

By 1760 creamware was often enamelled for decoration, using a technique adopted from the early porcelain industry. This consisted of painting overglaze on the ware with pigments made from finely powdered coloured glass and then firing again to fuse the enamel to the ware. The varied enamel colours

400:

was prepared and rubbed with oil. The surplus oil was wiped off and an impression was taken onto thin paper. The oily print was then transferred to the glazed earthenware surface which was then dusted with finely ground pigment in the chosen colour. Excess powder was then removed and the ware was

355:

The early process of using lead-powder produced a brilliant, transparent glaze of a rich cream colour. Small stamped motifs similar to those used at the time on salt-glaze wares and redware were sometimes applied to the ware for decoration. Dry crystals of metallic oxides such as copper, iron and

230:, mixed with a certain amount of ground calcined flint, was dusted on the ware, which was then given its one and only firing. This early method was unsatisfactory because the use of lead componds resulted in lead poisoning among the potters, and the dry grinding of calcined flint caused a form of 364:

The early lead-powder process led directly to the development of the tortoiseshell method and other coloured glazes which were used with the new fluid glazes. Here, patches of colour were sponged or painted onto the biscuit surface before a clear glaze was applied to the whole and then fired.

449:

Whilst Staffordshire had taken the lead, creamware came to be developed in a number of large potting centres where stoneware was already being produced, eventually replacing stoneware entirely. These included Derbyshire, Liverpool, Yorkshire (including the Leeds pottery) and Swansea.

457:

Collectors, dealers and curators alike were frustrated in their efforts to ascribe pots to individual factories: it is frequently impossible to do so. Archaeological excavations of pottery sites in Staffordshire and elsewhere have helped provide some better-established

494:

The heyday of creamware ran from about 1770 to the rise of painted pearlwares, white wares and stone chinas in the period around 1810 to 1825. Although creamware continued to be produced during the later period, it was no longer pre-eminent in the markets.

412:

that could be laid on the workbench whilst a globular pot was carefully rolled over it. Glue-bats allowed more subtle engraving techniques to be used. Underglaze transfer printing was also sometimes used, directly onto the porous biscuit body.

282:

into both the body and glaze and so was able to produce creamware of a much paler colour, lighter and stronger and more delicately worked, perfecting the ware by about 1770. His superior creamware, known as 'Queen's ware', was supplied to

241:

in which the ingredients were mixed and ground in water was invented, possibly by Enoch Booth of Tunstall, Staffordshire, according to one early historian, although this is disputed. The method involved first firing the ware to a

201:

to form a cream-coloured earthenware. The white clays ensured a white colour after firing and the addition of calcined flint improved its thermal shock resistance, whilst the calcined flint in the glazes helped prevent

445:

There were approximately 130 potteries in North Staffordshire during the 1750s, rising to around 150 by 1763 and employing up to 7,000 people – a large number of these potteries would have been producing creamware.

264:

was in partnership with Thomas Whieldon from 1754 to 1759 and after Wedgwood had left to set up independently at Ivy House, he immediately directed his efforts to the development of creamware.

274:

Fragment of moulded 18th-century creamware found on Thames foreshore, central London, August 2017. Showing typical patterns of border decoration. Staffordshire, c. 1760–1780. Courtesy C Hobey.

257:. Although he has become popularly associated almost exclusively with tortoiseshell creamware, in fact he produced a wide variety of creamware. He first mentions 'Cream Colour' in 1749. 416:

Transfer-printing was specialist and so generally outsourced in the early years: Sadler & Green of Liverpool were exclusive printers to Josiah Wedgwood by 1763, for example.

267:

Wedgwood rebelled against the use of coloured glazes, declaring as early as 1766 that he was clearing his warehouse of coloured ware as he was 'heartily sick of the commodity'.

150: 311:

amongst the growing middle classes of the time. By around 1808 a fully whitened version of creamware (known as White Ware) was introduced to meet changing market demand.

307:

and a body somewhat modified to produce a ware that was slightly greyish in appearance. Pearlware was developed in order to meet demand for substitutes for Chinese

291:

and later became hugely popular. There were few changes to creamware after about 1770 and the Wedgwood formula was gradually adopted by most manufacturers.

303:, of which there was an increase around 1779. Pearlware is distinct from creamware in having a blue-tinged glaze produced by the use of 343:

An early tortoiseshell-decorated creamware plate. Perhaps from the factory of Thomas Whieldon, but not attributable. Private collection

598:

The Chemistry of the several natural and artificial heterogeneous compounds used in manufacturing porcelain, glass, and pottery, etc..

327:

from 1754 to 1759, moulded creamware in a variety of forms was developed, especially in collaboration with the talented block-cutter

1032:

A R Mountford, "Thomas Whieldon's Manufactory at Fenton Vivian," Transactions of the English Ceramic Circle, Vol. 8 pt. 2 (1972)

583:

Osborne, 140; Creamware for the American market is the subject of Patricia A. Halfpenny, Robert S. Teitelman and Ronald Fuchs,

1151: 1120: 1095: 1050: 1020: 999: 978: 931: 910: 824: 798: 738: 706: 685: 618: 639: 162:

Wedgwood and his English competitors sold creamware throughout Europe, sparking local industries, that largely replaced

284: 115:, who perfected the ware, beginning during his partnership with Thomas Whieldon. Wedgwood supplied his creamware to 197:, but it is fired to a lower temperature (around 800 °C as opposed to 1,100 to 1,200 °C) and glazed with 84:

Variations of creamware were known as "tortoiseshell ware" or "Whieldon ware" were developed by the master potter

1188: 1134: 1071: 1090: