Burmantofts Faience - an Art Pottery Coming up in the World
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Art 198 Supplemental Reading List
Art 198 Supplemental Reading List http://seco.glendale.edu/ceramics/198readinglist.html ART 198 HISTORY OF WORLD CERAMICS SUPPLEMENTAL READING LIST General Reference: -10,000 Years of Pottery, Emmanuel Cooper, 4th Edition, 2000, University of Pennsylvania Press, Philadelphia, PA -World Ceramics, An Illustrated History, edited by Robert J. Charleston, 1976, Chartwell Books, Seacaucus, NJ -World Ceramics, From Prehistory to Modern Times, by Hugo and Marjorie Munsterberg, 1998, Penguin Putnam Publishers, NY -Techniques of the World's Great Masters of Pottery and Ceramics, by Hugo Morley-Fletcher, 1984, Chartwell Books, Seacaucus, NJ -Ceramics of the World, From 4000 BC to the Present, Lorenzo Camusso and Sandra Bortone, editors, 1992, Harry N. Abrams, publisher, New York -Pottery in the Making: World Ceramic Traditions, edited by Jan Freestone and David Gaimster, 1997, Smithsonian Institution Press, Washington, D. C. -Art History, Marilyn Stokstad, 1995, Prentice Hall, Inc., Upper Saddle River, NJ -Art Through the Ages, Horst de la Croix and Richard C. Tinsley, Harcourt, Brace and World, Inc., NY -The Craft and Art of Clay, by Susan Peterson, 3rd edition, 1999, Prentice-Hall, New York -Ceramics, A Potter's Handbook, 6th Edition, 2000, by Glenn Nelson, Holt, Rinehart and Winston, NY -Clay and Glazes for the Potter, by Daniel Rhodes, Chilton Books The Ancient World: -The Emergence of Pottery, Technology and Innovation in Ancient 1 of 6 2/8/2009 4:10 PM Art 198 Supplemental Reading List http://seco.glendale.edu/ceramics/198readinglist.html Societies, by William K.Barnett and John W. Hoopes, 1995, Simthsonian Institution Press, 1995, Washington, DC -Cycladic Art: The N. -
Ford Ceramic Arts Columbus, Ohio
The Journal of the American Art Pottery Association, v.14, n. 2, p. 12-14, 1998. © American Art Pottery Association. http://www.aapa.info/Home/tabid/120/Default.aspx http://www.aapa.info/Journal/tabid/56/Default.aspx ISSN: 1098-8920 Ford Ceramic Arts Columbus, Ohio By James L. Murphy For about five years during the late 1930s, the combination of inventive and artistic talent pro- vided by Walter D. Ford (1906-1988) and Paul V. Bogatay (1905-1972), gave life to Ford Ceramic Arts, Inc., a small and little-known Columbus, Ohio, firm specializing in ceramic art and design. The venture, at least in the beginning, was intimately associated with Ohio State University (OSU), from which Ford graduated in 1930 with a degree in Ceramic Engineering, and where Bogatay began his tenure as an instructor of design in 1934. In fact, the first plant, begun in 1936, was actually located on the OSU campus, at 319 West Tenth Avenue, now the site of Ohio State University’s School of Nursing. There two periodic kilns produced “decorated pottery and dinnerware, molded porcelain cameos, and advertising specialties.” Ford was president and ceramic engineer; Norman M. Sullivan, secretary, treasurer, and purchasing agent; Bogatay, art director. Subsequently, the company moved to 4591 North High Street, and Ford's brother, Byron E., became vice-president. Walter, or “Flivver” Ford, as he had been known since high school, was interested primarily in the engineering aspects of the venture, and it was several of his processes for producing photographic images in relief or intaglio on ceramics that distinguished the products of the company. -
2013 EFP Catalog 19 April
Ephraim Pottery Studio Collection April 2013 Welcome! Dear pottery and tile enthusiasts, As you can see from this catalog, we’ve been busy working on new pottery and tiles over the past several months. While this is an ongo- ing process, we have also been taking a closer look at what we want our pottery to represent. Refocusing on our mission, we have been reminded how important the collaborative work environment is to our studio. When our artists bring their passion for their work to the group and are open to elevating their vision, boundaries seem to drop away. I like to think that our world would be a much better place if a collaborative approach could be emphasized in our homes, schools, and workplaces... in all areas of our lives, in fact. “We are better to- gether” is a motto that is in evidence every day at EFP. Many times in the creative process, we can develop a new concept most of the way quickly. Often, it’s that last 10% that requires work, grit and determination. It can take weeks, months, or even years to bring a new concept to fruition. Such has been the case with frames and stands for our tiles. Until recently, John Raymond was in charge of glaz- ing. As some of you know, John is also a talented woodworker who has been developing a line of quarter-sawn oak frames and stands for our tiles. While we have been able to display some of these at shows and in our galleries over the past year, we would like to make frames and stands available to all our customers. -
U.S. Pottery: by Company
U.S. POTT ERY: BY COMPANY 137 Understanding Roseville Pottery. Mark Santa Barbara Ceramic Design: Art Pottery Treasure Craft Pottery & Pottery Craft Bassett. Over 800 color photos display Roseville from America’s Riviera. Terry Gerratana. This Stoneware. George A. Higby, ISA. Over 650 Pottery artware, particularly the Artcraft, Cherub is the story of Santa Barbara Ceramic Design color photos document Treasure Craft and Cameo, Donatello, Pine Cone Modern, and (SBCD) and how a studio pottery defi ned by one Pottery Craft ceramics, with Disneyana items, Wincraft lines and Della Robbia and Olympic person producing hand thrown, hand decorated 200+ novelty cookie jars, Hawaiiana, fi gurines, items. The text provides a company history pottery evolved into a full-blown production and dinnerware lines, and including works by from 1890 through 1954, reveals the key roles pottery with distinct colorways, shapes, and Ray Murray, Don Winton, and Robert Maxwell. of famous staff members, and shows previously designs. This profi le captures the voices of the Information on manufacturers’ marks, look-alike unpublished manufacturer’s marks. creative forces behind SBCD. products, and values in the captions are included. Size: 8 1/2" x 11" • 800+ color & 70 b/w photos Size: 8 1/2" x 11" • 400 color images • 256 pp. Size: 8 1/2" x 11" • 665 color photos Price Guide/Index • 288 pp. ISBN: 978-0-7643-3888-5 • hard cover • $39.99 Price Guide • 176 pp. ISBN: 0-7643-1659-1 • hard cover • $39.95 Schiffer LTD ISBN: 0-7643-2072-6 • soft cover • $29.95 Bassett’s Roseville Prices. -
CERAMICS MONTHLY a Letter from the Editor
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Ceramics Monthly Jan86 Cei01
William C. Hunt........................................ Editor Barbara Tipton ...................... Associate Editor Robert L. Creager ........................ Art Director Ruth C. Butler............................. Copy Editor Valentina Rojo ...................... Editorial Assistant Mary Rushley................ Circulation Manager Mary E. Beaver. Circulation Assistant Jayne Lohr .................... Circulation Assistant Connie Belcher .... Advertising Manager Spencer L. Davis.............................. Publisher Editorial, Advertising and Circulation Offices 1609 Northwest Boulevard Box 12448, Columbus, Ohio 43212 (614) 488-8236 Ceramics Monthly (ISSN 0009-0329) is published monthly except July and August by Professional Publications, Inc.—S. L. Davis, Pres.; P. S. Emery, Sec.: 1609 North west Blvd., Columbus, Ohio 43212. Second Class postage paid at Columbus, Ohio. Subscription Rates:One year SI8, two years $34, three years $45. Add $5 per year for subscriptions outside the U.S.A. Change of Address:Please give us four weeks advance notice. Send both the magazine wrapper label and your new address to: Ceramics Monthly, Circulation Office, Box 12448, Columbus, Ohio 43212. Contributors: Manuscripts, photographs, color separations, color transparencies (in cluding 35mm slides), graphic illustrations, texts and news releases dealing with ceramic art and craft are welcome and will be con sidered for publication. A booklet describing procedures for the preparation and submis sion of a manuscript is available upon re quest. Send manuscripts and correspondence about them to: Ceramics Monthly, The Ed itor, Box 12448, Columbus, Ohio 43212. Telecommunications and Disk Media: Ceramics Monthly accepts articles and other data by modem. Phone us for transmission specifics. Articles may also be submitted on 3.5-inch microdiskettes readable with an Ap ple Macintosh computer system. Indexing:Articles in each issue of Ceramics Monthly are indexed in the Art Index. -
Antiques-February-1990-Victorian-Majolica.Pdf
if It1ud!!&/ ';"(* ./J1!11L. /,0t£~ltldtiJlR~~~rf;t;t r{/'~dff;z, f!71/#/~i' 4 . !(Jf~f{ltiJ(/dwc.e. dJ /¥ C\-Cit!Ja? /Hc a4 ~- t1 . I. le/. {./ ,...."".. //,; J.(f)':J{"&Tf ,4.~'.£1//,/1;"~._L~ • ~. ~~f tn.~! .....•. ... PL IL Baseball and Soccer pitcher made by Griffen, Smith and Company, PllOeni;'Cville,Pennsylvania. c.1884. Impressed "GSH "in nlOnogram on the bottom. Height 8 inches. The Wedgwood pattern book illustration of the same design is shown in PL Ila. Karmason/Stacke collection; White photograph. PL /la. Design from one of the pattern books of Josiah Wedgwood and Sons, Barlaston, Stoke-on-Trent, England. Wedgwood Museum, Barlaston, Stoke-on-Trent, England. and Company, Josiah Wedgwood and Sons, and majolica.! New designs for majolica ceased to be made George Jones and Sons. From these books one be• in the early 1890's, and production of majolica ceased comes familiar with the style of the maker and comes early in this century. to appreciate the deliberate choice of details that gives The Minton shape books are valuable not only be• each piece its unity. cause they help date the first production of a piece but By 1836 Herbert Minton (1792- 1858) had succeed• also because they show the development of the eclectic ed his father, Thomas (1765-1836), the founder of the and revivalist styles used by Minton artists. The earli• prestigious Minton firm. In 1848 Joseph Leon Fran• est style used by the firm was inspired by Renaissance ~ois Arnoux (1816-1902) became Minton's art direc• majolica wares.Z Large cache pots, urns, and platters tor, chief chemist, and Herbert Minton's close col• were decorated with flower festoons, oak leaves, car• league. -
February 5, 2002 - JANUARY 5, 2003
february 5, 2002 - JANUARY 5, 2003 WINTER PARK, FLORIDA American Terra Cotta and Ceramic lines, exotic and extremely ornamental Art Nouveau refers to a style that developed in the last Company [Teco] (1895 - 1921) forms with whiplash and tendril two decades of the 19th century. It waned quickly and Pottery in Terra Cotta, Illinois. designs, sometimes dusted with gilt. Founder William Day Gates (1852- virtually disappeared by World War I. During its peak at 1935), a lawyer, won two gold medals Ashbee, Charles Robert (1863 – 1942) the turn of the century, Art Nouveau revolutionized the for his crystalline glaze art ware at the English architect, interior designer, decorative arts and architecture. St. Louis world’s fair in 1904. Lotus silversmith, artist craftsman, art theo- blossoms, water lilies, leaves, and plant retician, and poet. Inspired by William stalks influenced Teco’s green matte- Morris (1834-1996), Ashbee founded glazed ware, a pottery trademark for Art Nouveau is French for “new subject, they favored attractive, often the Guild and School of Handicraft ten years. Afterwards brown, buff and art.” Centers of this new art arose in sensuous images of flowers, vines, in London in 1888. The guild was so shades of red were introduced. Pottery Paris, Vienna, Munich, London, and youth, and women. successful that several London firms, pieces were always molded or carved Milan, and in short order designers In seeking liberation from the including Liberty & Co., copied and in relief. from Central Europe to the American past, the practitioners of the new art sold its versions of his designs. Ashbee Midwest adopted and adapted the ideas zealously turned away from historical published books and essays on the of the new art. -
Ceremic Arts
CEREMIC ARTS 1. INTRODUCTION: Ceramic art is art made from ceramic materials, including clay. It may take forms including art ware, tile, figurines, sculpture, and tableware. Ceramic art is one of the arts, particularly the visual arts. Of these, it is one of the plastic arts. While some ceramics are considered fine art, some are considered to be decorative, industrial or applied art objects. Ceramics may also be considered artifacts in archaeology. Ceramic art can be made by one person or by a group of people. In a pottery or ceramic factory, a group of people design, manufacture and decorate the art ware. Products from a pottery are sometimes referred to as "art pottery". [1] In a one-person pottery studio, ceramists or potters produce studio pottery. Most traditional ceramic products were made from clay (or clay mixed with other materials), shaped and subjected to heat, and tableware and decorative ceramics are generally still made this way. In modern ceramic engineering usage, ceramics is the art and science of making objects from inorganic, non-metallic materials by the action of heat. It excludes glass and mosaic made from glass tesserae. There is a long history of ceramic art in almost all developed cultures, and often ceramic objects are all the artistic evidence left from vanished cultures. Elements of ceramic art, upon which different degrees of emphasis have been placed at different times, are the shape of the object, its decoration by painting, carving and other methods, and the glazing found on most ceramics. 2. PRODUCT & ITS APPLICATION: Ceramic arts have very ancient history and developed all over the world. -
Architectural Tiles: Conservation and Restoration Lesl-Fm.Qxd 11/10/04 10:16 AM Page Ii
Lesl-Fm.qxd 11/10/04 10:16 AM Page i Architectural Tiles: Conservation and Restoration Lesl-Fm.qxd 11/10/04 10:16 AM Page ii Butterworth-Heinemann Series in Conservation and Museology Series Editors: Arts and Archaeology Andrew Oddy British Museum, London Architecture Derek Linstrum Formerly Institute of Advanced Architectural Studies, University of York US Executive Editor: Norbert S. Baer New York University, Conservation Center of the Institute of Fine Arts Consultants: Sir Bernard Feilden Page Ayres Cowley, Conservation Architect, New York David Bomford National Gallery, London John Fidler English Heritage, London C.V. Horie Manchester Museum, University of Manchester Sarah Staniforth National Trust, London Jeanne Marie Teutonico The Getty Conservation Institute, Los Angeles Published titles: Care and Conservation of Geological Material (Howie) Chemical Principles of Textile Conservation (Timár-Balázsy, Eastop) Conservation and Restoration of Ceramics (Buys, Oakley) Conservation and Restoration of Glass (Davison) Conservation of Building and Decorative Stone (Ashurst, Dimes) Conservation of Earth Structures (Warren) Conservation of Furniture (Rivers, Umney) Conservation of Historic Buildings (Feilden) Conservation of Historic Timber Structures (Larsen, Marstein) Historic Floors: Their History and Conservation (Fawcett) A History of Architectural Conservation ( Jokilehto) Lacquer: Technology and Conservation (Webb) The Museum Environment, 2nd Edition (Thomson) The Organic Chemistry of Museum Objects, 2nd Edition (Mills, White) The Textile -
General Condition Terms for Ceramics the Purpose of This Glossary Is To
General Condition terms for Ceramics The purpose of this glossary is to provide you with a common language for the condition of ceramic items. Hardness the hardness of a ceramic is dependent on the type of clay used, its porosity and firing temperature. The following are simples classifications. Greenware Unfired clay articles. Earthenware- A glazed porous ceramic created by low temperature firing. Majolica or maiolica is tin glazed earthenware and overpainted with oxides developed in Majorca. Similar pottery is known in France as Faience and the UK as Deftware. Porcelain- Kaolin based ceramic body that has been fired between 1200oC- 1400°C vitrifying the composition becoming non porous Bisque-unglazed porcelain Flaws Flaws are defects, visible marks or inclusions made during the manufacturing process that should be included in the description. Damage Damage describes defects made through use, handling, cleaning or storage. Damage includes nicks, cracks, scratches, paint wear and crazing. Abrasion – Scuff marks or areas of concentrated scratches, generally caused by rubbing against another item over time. Accretions-build up or deposit of a foreign materials on a surface Efflorescence-white powdery or hard salt deposits that are located on the surface of the ceramic Spalling- loss from the separation of the ceramic layers due salts migrating through the body and glaze Flaking –lifting and separation of the glazing from the ceramic body without complete loss of the insecure area Light scratches - Scratches which do not score the surface of the item. Can be seen but not felt. Deep scratches - Scratches which score the surface of the item and can be felt with a fingernail. -
Analyzing Ancient Egyptian Faience
THE PENNSYLVANIA STATE UNIVERSITY SCHREYER HONORS COLLEGE DEPARTMENTS OF MATERIALS SCIENCE AND ENGINEERING AND ART HISTORY EXPLORING ANCIENT EGYPTIAN FAIENCE WITH NANOTECHNOLOGY: COMPOSITIONAL MAPPINGS, MICROSTRUCTURE ANALYSIS, AND MODERN APPLICATIONS ELYSSA IRIS OKKELBERG Summer 2011 A thesis submitted in partial fulfillment of the requirements for baccalaureate degrees in Materials Science and Engineering and Art History with interdisciplinary honors in Materials Science and Engineering and Art History Reviewed and approved∗ by the following: Paul Howell Professor of Metallurgy Thesis Supervisor Honors Advisor Elizabeth Walters Associate Professor of Art History Honors Advisor Digby MacDonald Distinguished Professor of Materials Science and Engineering Faculty Reader ∗Signatures are on file in the Schreyer Honors College. Abstract This thesis investigated Egyptian faience, an ancient ceramic material that consists of granular quartz or sand coated with an alkali-based glaze. Of interest is the pro- duction process of faience, in particular the raw materials and the glazing method. Previous investigations examined the production process using compositional and microstructural data from ancient and replicate faience. This study confirmed prior results by investigating faience beads produced in Abydos, Egypt during the 22nd Dynasty (c. 940–720 BC). Furthermore, this investigation improved upon earlier works by creating compositional mappings and analyzing previously over- looked parts of faience. Moreover, modern applications for faience technology were explored. i Table of Contents Abstract i List of Figures iv List of Tables vi Acknowledgments vii Chapter 1 Egyptian Faience 1 1.1 Background ............................... 1 1.2 Production ............................... 3 1.2.1 Rawmaterials.......................... 4 1.2.2 Shaping ............................. 7 1.2.3 GlazingMethod......................... 8 1.2.4 Firing .............................