CASE 6 Shelf 1 #1 Fancy Opaque Glass 1982.65 WATER Challinor Taylor and Paneled Flower Funds Provided PITCHER Co., Pittsburgh, PA, Pattern, No

Total Page:16

File Type:pdf, Size:1020Kb

CASE 6 Shelf 1 #1 Fancy Opaque Glass 1982.65 WATER Challinor Taylor and Paneled Flower Funds Provided PITCHER Co., Pittsburgh, PA, Pattern, No CASE 6 Shelf 1 #1 Fancy Opaque Glass 1982.65 WATER Challinor Taylor and Paneled Flower Funds provided PITCHER Co., Pittsburgh, PA, pattern, No. 23, by the Fifth patent June 1, 1886 pressed purple slag Annual Benefit opaque soda-lime Antiques Show glass Shelf 1 #2 Fancy Opaque Glass 1990.78 ELECTRIC New Martinsville Peachblow or Gift of Mrs. LIGHT Glass Mfg. Co., New Sunburst line, shaded Betty Woods SHADE Martinsville, WV, pink mold-blown Daniel about 1905-1910 glass with iridescent gold lining 1982.183AB BRIDE’S New Martinsville New Martinsville Gift of Mrs. BOWL ON Glass Mfg. Co., New Peachblow, pink Betty Woods STAND Martinsville, WV, shaded to white Daniel about 1905-1910 mold-blown glass, silver plated stand Shelf 1 #3 Opalescent and Iridescent 1981.138 BERRY Northwood Glass Diamond Funds provided BOWL Company, Indiana, Spearhead pattern, by Mr. Arthur B. PA, about 1900 deep blue shaded to Beaumont opalescent pressed glass 1990.109.1 TWO Dugan Glass Co., Diamond Museum 1990.109.2 MATCHING Indiana, PA, about Spearhead pattern, purchase INDIVIDUAL 1910 deep blue shaded to BERRY opalescent pressed BOWLS glass Shelf 1 #4 Opalescent and Iridescent 1000.164 DISH Dugan Glass Co., Peach opalescent Museum Indiana, PA, about pressed soda-lime purchase 1910-1914 glass with iridescent finish CASE 6 - Page 1 1989.72 BOWL Dugan Glass Co., Petals and Fans Museum Indiana, PA, about pattern on front with purchase 1910-1914 Jeweled Heart pattern on back, amethyst pressed soda-lime glass with deep iridescent finish 1994.39 PLATE Dugan Glass Co., Persian Garden Gift of The Indiana, PA, about pattern on front with Glass Club of 1905-1906 Pool of Pearls Huntington in pattern on back, memory of colorless pressed Byron Rinehart soda-lime glass with iridescent finish 1983.140 BOWL Jefferson Glass Co., Sunflower pattern, Gift of Russell Steubenville, OH, colorless pressed Cook, and Sue about 1908 soda-lime glass with and Peter Powell light honey in memory of iridescent finish Hale Van Zandt Colton 1981.39 BOWL Dugan Glass Co., Cherry pattern on Museum Indiana, PA, about front and Jeweled purchase 1910-1914 Heart pattern on back, amethyst pressed soda-lime glass with deep iridescent finish Shelf 1 #5 Opalescent and Iridescent 1000.165 VASE Westmoreland Glass Leaf Swirl pattern, Museum Co., Grapeville, PA, yellow pressed soda- purchase about 1910-1915 lime glass with marigold iridescent interior 1983.122 BOWL Westmoreland Glass Elite pattern, teal Funds provided Co., Grapeville, PA, green pressed soda- by the Benefit about 1910-1920 lime glass with Antique Auction iridescent interior Fund CASE 6 - Page 2 Shelf 1 #6 Flashed 1984.147 MILK Hobbs, Brockunier Wheeling Drape Funds provided PITCHER and Co., Wheeling, pattern, cased blue by the WV, about 1888 over white mold- Huntington blown glass Civic League Endowment 1986.5 CREAMER Hobbs, Brockunier Wheeling Drape Gift of Mrs. and Co., Wheeling, pattern, pink shaded Betty Woods WV, about 1885- to white mold-blown Daniel 1895 glass 1986.6 VASE Hobbs, Brockunier Wheeling Drape Gift of Mrs. and Co., Wheeling, pattern, cased, white Betty Woods WV, about 1885- lining with center Daniel 1895 layer of peach color shaded to white and third outer layer of clear, mold-blown glass 1990.86 PUNCH Unidentified maker, Wheeling Drape Gift of Mr. CUP about 1885-1890 pattern, chartreuse Louis O. St. shaded to white Aubins, Jr mold-blown glass Shelf 2 Shelf 2 #7 Mold-Blown Wares 1982.52 SYRUP Consolidated Lamp Guttate pattern, Funds provided CAN and Glass Co., cranberry mold- by the Fifth Fostoria, OH, about blown soda-lime Annual Benefit 1894 glass with colorless Antiques Show handle 1985.47 TUMBLER Consolidated Lamp Guttate pattern, Museum and Glass Co., opaque white mold- purchase Fostoria, OH, about blown soda-lime 1894 glass with gold spatter decoration 1984.155 WATER Consolidated Lamp Bulging Loops Funds provided PITCHER and Glass Co., pattern, colorless by The Glass Fostoria, OH, about over opaque pink Club of 1894 cased with white Huntington mold-blown glass CASE 6 - Page 3 Shelf 2 #8 Mold-Blown Wares 1982.50 SUGAR Dalzell, Gilmore and Rose Onyx, mold- Funds provided SHAKER Leighton, Findlay, blown glass, acid by the Fifth OH, about 1889 etched finish Annual Benefit Antiques Show 1990.124 SUGAR Northwood Glass Quilted Phlox Museum SHAKER Co., Ellwood City, pattern, opaque blue purchase PA, about 1893-1896 mold-blown glass Shelf 2 #9 Mold-Blown Wares 1983.115 CELERY Libbey Glass Maize pattern, Funds provided Company, Toledo, opaque white mold- by the Benefit OH, Joseph Locke, blown lead glass, Antiques design patent hand painted green Auction September 10, 1889 decoration 1993.48 TUMBLER Dithridge Glass Co., Wild Iris pattern, Museum Pittsburgh, PA, about opaque white mold- purchase 1900 blown soda-lime glass, hand painted decoration 1993.23 PITCHER Northwood Glass Leaf Umbrella Museum Co., Martins Ferry, pattern, topaz cased purchase OH, Harry over white opaque Northwood, about glass 1900 Shelf 2 #10 Mold-Blown Wares 1981.140 TUMBLER Northwood Glass Royal Oak pattern, Funds provided Co., Martins Ferry, Rubina flashed by Mr. Arthur B. OH cranberry on Beaumont colorless mold-blown soda-lime glass, acid etched 1981.141 CREAMER Northwood Glass Royal Oak pattern, Funds provided Co., Martins Ferry, 1889-1893, colorless by Mr. Arthur B. OH, Harry mold-blown soda- Beaumont Northwood, 1889- lime glass, acid 1893 etched CASE 6 - Page 4 1991.68.1 and 2 TUMBLER Northwood Glass Royal Ivy pattern, Funds provided and Co., Martins Ferry, colorless mold-blown by the PITCHER OH, 1889-1893 acid etched soda- Fourteenth lime glass Annual Benefit Antiques Show 1990.72 SYRUP Northwood Glass Royal Ivy pattern, Museum Co., Martins Ferry, colorless mold-blown purchase OH, 1889-1893 acid etched soda- lime glass with flashed Rubina Shelf 2 #11 Fancy Pressed Glass – Turn of the Century 1981.126 CELERY Alexander J. Beatty Beatty Rib pattern, Funds provided and Sons, Findlay, blue opalescent by the Fourth OH, Alexander J. pressed soda-lime Annual Benefit Beatty patent April 3, glass Antiques Show 1888 1980.35 JACK-IN- H. Northwood and Spool pattern, blue Funds provided THE- Co., Wheeling WV, opalescent mold- by Collins and PULPIT about 1902 blown soda-lime Mayo Collieries VASE glass Co., Inc 1978.73 WATER Northwood Glass Klondyke pattern, Gift of Mrs. PITCHER Company, Indiana, blue opalescent Virginia Van PA, about 1896 pressed soda-lime Zandt glass Shelf 2 #12 Fancy Pressed Glass – Turn of the Century 1981.231 INDIVIDUAL McKee Glass Co., Opaque brown Funds provided BERRY DISH Jeannette, PA, shaded to tan by the Fourth Jacob Rosenthal, pressed ‟chocolate Annual Benefit designer, about glass.” Antiques Show 1910 1981.230AB DOLPHIN Indiana Tumbler Opaque brown Funds provided NOVELTY and Goblet Co, shaded to tan by the Fourth Greentown, IN, pressed “chocolate Annual Benefit Jacob Rosenthal, glass” Antiques Show designer, about 1900-1903 CASE 6 - Page 5 1983.212 COMPOTE Indiana Tumbler Opaque brown Funds provided and Goblet Co, shaded to tan by Nancy L. Greentown, IN, pressed “chocolate Francis Jacob Rosenthal, glass” designer, about 1900-1903 Shelf 2 #13 Fancy Pressed Glass – Turn of the Century 1984.139.4 BERRY Northwood Glass Inverted Fan and Gift of Mrs. DISH Co., Indiana, PA, Feather pattern, heat- Betty Woods Harry Northwood, sensitive pressed Daniel designer, about 1901 pink shaded custard glass 1988.100 BERRY Northwood Glass Inverted Fan and Museum DISH Co., Indiana, PA, Feather pattern, blue purchase Harry Northwood, opalescent pressed designer, about 1901 glass Shelf 3 Shelf 3 #14 Hobbs, Brockunier and Co., Wheeling, W.Va. - Special Effects 1984.184.6 LOBED Hobbs, Brockunier Spangle glass, cobalt Gift of Ruth CREAMER and Co., Wheeling, blue with colorless Prindle Burton WV, patented by casing, metallic William Leighton, Jr. flecks between layers Nov. 27, 1883 and Jan. 29, 1884 1983.1 PITCHER Hobbs, Brockunier Spangle glass, cobalt Funds provided and Co., Wheeling, with amber casing, by Dorothy WV, patented by pinched body, ringed Lewis Polan William Leighton, Jr. neck November 27, 1883 and January 29, 1884 1985.16AB VINEGAR Hobbs, Brockunier Spangle glass, cobalt Funds provided CRUET and Co., Wheeling, blue cased with by The Glass WV, patented by transparent amber Club of William Leighton, Jr. with silver foil Huntington November 27, 1883 inclusions, off-hand and January 29, 1884 blown soda-lime glass CASE 6 - Page 6 Shelf 3 #15 Hobbs, Brockunier and Co., Wheeling, W.Va. - Special Effects 1990.105 CREAMER Hobbs, Brockunier Hobnail pattern, Museum and Co., Wheeling, opalescent mold- purchase WV, patent June 1, blown glass 1886 1990.95 MILK Hobbs, Brockunier Hobnail pattern, Museum PITCHER and Co., Wheeling, yellow opalescent purchase WV, about 1885- mold-blown glass 1900 1991.22.1 LEMONADE Hobbs, Brockunier Hobnail pattern, Gift of The PITCHER and Co., Wheeling, Rubina mold-blown Glass Club of WV, about 1885- glass Huntington 1900 1989.63 WATER Hobbs, Brockunier Hobnail pattern, Funds provided PITCHER and Co., Wheeling, Blurina mold-blown by The Glass WV, about 1885- glass. Extremely rare Club of 1890 Huntington and Mrs. Dorothy Lewis Polan 1980.70 BARBER Hobbs, Brockunier Hobnail pattern, Funds provided BOTTLE and Co., Wheeling, cranberry opalescent by Third Annual WV, about 1885 mold-blown soda- Benefit Antiques lime glass Show Shelf 3 #16 Hobbs, Brockunier and Co., Wheeling, W.Va. - Special Effects 1994.51 GAS Hobbs, Brockunier Hobnail with Frances Gift of The SHADE and Co., Wheeling, Ware finish, mold- Glass Club of WV, about 1885- blown glass Huntington in 1890 memory of Alfred Clark Shelf 3 #17 Hobbs, Brockunier and Co., Wheeling, W.Va. - Special Effects 1994.71 FOOTED Hobbs, Brockunier Neapolitan line #230, Museum BOWL and Co., Wheeling, ruby swirl mold- purchase WV, introduced 1887 blown glass with opal rim CASE 6 - Page 7 1994.69 VASE Hobbs, Brockunier Neapolitan line #230, Museum and Co., Wheeling, ruby swirl mold- purchase WV, introduced 1887 blown glass with opal rim 1991.59 BOWL Hobbs, Brockunier Richelieu line #205, Museum and Co., Wheeling, turquoise sapphire purchase WV, about1886 plated with opal to make it opaque, crimped rim and applied opal edge.
Recommended publications
  • 1St Questionnaire Exemption No. 13A (Renewal Request)
    Exemption Review under Directive 2011/65/EU .oeko.de www 1st Questionnaire Exemption No. 13a (renewal request) Exemption for „ Lead in white glasses used for optical applications“ Abbreviations and Definitions Cd Cadmium Cr VI Hexavalent chromium Pb Lead Background The Oeko-Institut and Fraunhofer IZM have been appointed within a framework contract1 for the evaluation of an application for granting an exemption to be included in or deleted from Annexes III and IV of the new RoHS Directive 2011/65/EU (RoHS 2) by the European Commission. Spectaris e.V has submitted the above mentioned request for exemption which has been subject to a first evaluation. The information you have referred has been reviewed and as a result we have identified that there is some information missing and a few questions to clarify concerning your request. Questions 1. The following information is specified on page 20: What is the purpose for which this patent is mentioned? The purpose is to show that there is an optical design for binoculars using Pb-containing glasses, for the reasons described in the application. An optical scope has at least one optical element which is used to image an object. An optical element is, for example, understood to mean a lens unit, a prism, or a prism system composed of multiple prisms. A lens unit is, for example, understood to mean one single lens or a unit which is composed of at least two lenses. It is now provided to make the optical element of glass, namely of at least one of the following glasses (glass types): N-BK7HT, N-SK2HT, F2HT, N-LASF45HT, SF6HT, N-SF6HTultra, N-SF6HT, SF57HTultra, N-SF57HTultra, N-SF57HT, as well as N-LASF9HT.
    [Show full text]
  • Full Catalog
    VOLUME 20 NUMBER 60 HIGH TEMPERATURE MATERIALS HANDBOOK Electrical - Structural Industrial Applications to 3000ºF COTRONICSCORP. SINCE 1971 © 2006 Cotronics Corp. For over thirty years, Cotronics’ Staff of Researchers, Engineers, Chemists, Technicians and Sales Assistants have provided industry with a reliable source of high quality, high temperature products specially formulated to meet the demanding specifications today’s technology requires. These products include: Duralco High Temperature Epoxies: Our unique cross linked, organic-inorganic, polymer systems have excellent adhesion, high temperature stability, dielectric properties and superior chemical, corrosion and moisture resistance. Resbond High Temperature Structural and Electrical Ceramics: These 4000ºF Machinable and Castable Ceramics, Adhesives, Potting and Encapsulating Compounds are available in a wide range of viscosities, strengths, conductivities, expansion rates and dielectric properties. Rescor Insulation Products: Tapes, Cloths, Blankets, Castable Ceramics, Putties, etc. Thermeez Maintenance and Repair Products: High Temperature Repair Putties, Gasket Formers, Thread Locking Compounds and Mold Releases are ideal for Repairs, Corrosion Control, Surface Rebuilding, etc. High Purity Materials: Ceramics, Metals, Oxides, Carbides, etc. for Research and Production applications. Cotronics offers the High Temperature solutions required to satisfy the most difficult applications in the Aerospace, Automotive, Semi-Conductor, Instrumentation, Appliances, Chemical Processing Industries. Cotronics provides the upmost in Excellence and Quality Control in its fully computerized manufacturing facilities. CALL COTRONICS FOR: Terms and Conditions Minimum Billing: $100.00 for rated accounts. Additional Technical Information Same Day Orders: Are subject to a $45.00 Expedited Fee. Adhesive Suggestions Foreign Shipments: Are subject to a $60.00 Handling Charge. Canadian Shipments: Are subject to a $25.00 Handling Charge. Custom Solutions Payments Made by Bank Transfer: Add $25.00 for Bank Charges.
    [Show full text]
  • Leaded X-Ray Glass Submittal
    FULL LINE OF radiation SHIELDING PRODUCTS Radiation Protection Products (RPP) manufactures a full line of radiation ALL SHIELDING TERMS AND shielding products. They include Lead PRODUCTS PROVIDED CONDITIONS OF SALES Lined Doors (solid core wood, lead lined, and steel strapped), Lead Lined MEET THE FOLLOWING Prices in U.S. Dollars Drywall (otherwise known as Lead Prices are in U.S. dollars, F.O.B. factory, Lined Sheetrock or Lead Lined SPECIFICATIONS: Chapel Hill, Tennessee, unless other- Gypsum Wallboard) and Lead Lined Sheet Lead wise specified. Prices, specifications, Plywood, Leaded X-ray Glass, Lead Sheet Lead shall meet or exceed and terms of sales are subject to Lined Frames for borrowed lites and the Federal Specification QQL-201 F change without notice. All orders are doors, pass boxes and many other lead Grade C and ASTM B749-03 Standard subject to review prior to acceptance. products. Specification for Lead and Lead Alloy Terms Strip, Sheet and Plate Products, see We also manufacture and install Net 30 days on established accounts NCRP reports #33, #35, #49 and Radiation Therapy Vault Doors (Neutron with approved credit. Visa/MasterCard. #147. Doors) and Interlocking Lead Bricks. Credit Gypsum Board Radiation Protection Products uses only New accounts, pending credit approval, Gypsum Board shall meet or exceed the finest quality material and exercises may be immediately expedited by ASTM C1396, ASTM C840, and Federal the best quality control possible. enclosing a check, wire transfer or credit Specification SS-L-30D Grade X Type III. card. To facilitate opening of accounts, We offer a top quality line of lead Leaded Glass please forward your bank and four (4) shielding products at a competitive Leaded Glass shall meet or exceed trade references.
    [Show full text]
  • Lead Glass Filled Star Rubies Reportedly from Madagascar a Preliminary Examination and a Comparison with Star Rubies from Other Deposits
    Lead glass filled star rubies reportedly from Madagascar A preliminary examination and a comparison with star rubies from other deposits. Vincent Pardieu, Pantaree Lomthong and Nick Sturman GIA Laboratory, Bangkok Figure 1: A selection of 34 lead glass filled star rubies showing the color range of the new material from pink to red and to near black. The stones in the photograph weight from approximately 1 to 20 carats. The photograph was taken using a slightly diffused natural sunlight in Bangkok, Thailand. The background used is page 17 of “Gemstone Enhancement” by Kurt Nassau (1984). Photo: V. Pardieu / GIA Laboratory Bangkok http://www.gia.edu/research‐resources/news‐from‐research/index.html Introduction: Meeting the Thai burner. In January 2010 the GIA Laboratory Bangkok was contacted by Mr. Mahithon Thongdeesuk (Figure 2), from “Jewel enhancement by Mahiton Co. Ltd” in Bangkok, a Thai burner involved in the development of the lead glass treatment since 2002. He informed the authors that he had finished developing a new product which he will soon release in the Thai market: “Lead glass filled star rubies” (Figure 1, Figure 5 and Figure 6) Mr. Thongdeesuk informed the GIA gemologists visiting his factory that the material used for this treatment originated from Madagascar. He also told us that he and his partners have now finished treating and polishing about 100 kilos of this new lead glass treated product which will soon be available in the market at a fraction of the price of similar looking untreated Figure 2: Thai gemstone burner Mr. Thongdeesuk at his gem material.
    [Show full text]
  • Why Must We Test Lead Crystal Glass?
    What is Lead Crystal Glass? Lead crystal glass is one of the four main categories of glass primarily used for decorative purposes. It becomes ‘lead’ glass when lead oxide is added during the manufacturing stage to replace calcium oxide. The lead is added as it reduces the temperature of the molten material to allow for increased ‘work time’ with the glass. The addition of lead also provides an improved look to the finished product through increasing the refractive index and density of the glass, making it a clearer, less flawed substance. The term ‘crystal’ is misleading as there is no crystal structure within the glass as it is an amorphous solid, meaning that the arrangement of the elements in glass is variable and held together by tight chemical bonds. Traditional English full lead crystal contains a minimum of 30% lead oxide, but any glass containing at least 24% lead oxide is classified as lead crystal. Glass which contains less than 24% lead oxide is known as crystal glass. The lead is locked away within the chemical structure of the glass and should not pose a risk to human health. A typical composition for lead crystal glass is: 25% oxygen, 30% silicon, 25% lead, 10% sodium or potassium, 10% calcium, 1% other components such as iron, tin and fluorine – which are added to alter the chemical and physical properties of the glass. Lead crystal glassware has lost popularity in recent years due to the potential health risks of lead products. Now, more commonly ‘reduced-lead’ or ‘lead-free’ crystal glass is manufactured using zinc oxide, potassium oxide or barium oxide to substitute the lead to produce a similar product.
    [Show full text]
  • Indoor Glass Cleaning Brochure
    Clean Windows and Glass Faster, Safer and with Less Chemicals Indoor Glass Cleaning A Complete Line For All Glass Cleaning Needs ungerglobal.com Safely and Efficiently Clean All Your Indoor Glass Cleaning professionals face two key challenges when cleaning indoor surfaces such as windows, mirrors and elevators: safety and efficiency. Current window and glass cleaning tools lead to time-consuming and dangerous issues, like re-arranging furniture and reaching high or unusually positioned windows. Unger’s line of indoor window and glass cleaning tools increase productivity and safety by eliminating time spent moving furniture or climbing ladders. Clean Windows The Award Winning Choice 25% Faster and use for Indoor Glass Cleaning The Unger Stingray Ultimate Indoor 39% Less Chemicals Cleaning Tool provides a variety of glass and * window cleaning options, while the multiple than traditional spray and cloth cleaning lightweight extension poles enable you to clean high access areas without the use of ladders! The cleaning solution is powered by 3M Scotchgard™ Protection, which reduces the need to clean glass as often over time and can clean up to 1600 sq. ft. of windows before replacement. SRKT8 Stingray® Indoor Cleaning Kit - Deluxe 10’ shown *Source: Market Research – Professional Window Cleaners. Germany/UK, 2015, SR Strategy Routes Stingray® Indoor glass and window cleaning with Maximum Refillable System The Unger Stingray Flexibility, with new Refillable Refillable System allows ™ you to use your preferred Bottles and QuikPads window cleaning solution while still gaining all the QuikPad™ eliminates the need for laundering safety, speed and cleaning benefits Stingray provides. The QuikPad™ provides even more flexibility, allowing you to clean Adapter Plate used without having to launder with QuikPad™ Refillable bottle allows pads.
    [Show full text]
  • Ferro Container Glass Enamel Decoration Systems Overview
    Technical Information Container Glass Enamel Decoration Ferro: enhancing life through superior materials performance Headquartered in Mayfeld Heights, Ohio, USA, Ferro Corporation is a world leading producer of Performance Materials, with operations in 20 countries across Europe, Asia and the Americas. We apply core technologies in organic and Meeting the needs of the Color World calls for inorganic chemistry to develop leading market great foresight, fexibility and innovation … positions in a diverse range of industries. • Our global presence is a strong competitive Our mission is “to achieve market leadership advantage. Technical, marketing and management through a customer-focused and highly creative personnel are in continuous contact with customers organisation committed to delivering top quality in every major region. Multinational customers can products and outstanding services to customers be assured of standard products and consistent worldwide”. quality wherever they have operations. Our materials are used to add value to, and to • We co-ordinate our R&D activities globally and improve the performance of products in a variety use our international talent to ensure that product of end markets including building and renova- specifcations and performance are designed tion, home appliances, cookware, giftware and to satisfy the specifc requirements demanded by tableware, transportation, household furnishings, regional markets. leisure, electronics and industrial products. • Ferro views the world-wide concern for the en- We are among the world’s leading suppliers of vironment as an opportunity to develop improved ceramic glazes and colors, glass decoration, products and also to participate in chemical indus- speciality glasses and porcelain enamel coatings. try effor ts to address public concern.
    [Show full text]
  • Technical Glasses
    Technical Glasses Physical and Technical Properties 2 SCHOTT is an international technology group with 130 years of ex­ perience in the areas of specialty glasses and materials and advanced technologies. With our high­quality products and intelligent solutions, we contribute to our customers’ success and make SCHOTT part of everyone’s life. For 130 years, SCHOTT has been shaping the future of glass technol­ ogy. The Otto Schott Research Center in Mainz is one of the world’s leading glass research institutions. With our development center in Duryea, Pennsylvania (USA), and technical support centers in Asia, North America and Europe, we are present in close proximity to our customers around the globe. 3 Foreword Apart from its application in optics, glass as a technical ma­ SCHOTT Technical Glasses offers pertinent information in terial has exerted a formative influence on the development concise form. It contains general information for the deter­ of important technological fields such as chemistry, pharma­ mination and evaluation of important glass properties and ceutics, automotive, optics, optoelectronics and information also informs about specific chemical and physical character­ technology. Traditional areas of technical application for istics and possible applications of the commercial technical glass, such as laboratory apparatuses, flat panel displays and glasses produced by SCHOTT. With this brochure, we hope light sources with their various requirements on chemical­ to assist scientists, engineers, and designers in making the physical properties, have led to the development of a great appropriate choice and make optimum use of SCHOTT variety of special glass types. Through new fields of appli­ products. cation, particularly in optoelectronics, this variety of glass types and their modes of application have been continually Users should keep in mind that the curves or sets of curves enhanced, and new forming processes have been devel­ shown in the diagrams are not based on precision measure­ oped.
    [Show full text]
  • 6-Stained Glass in Lancaster
    STAINED GLASS IN LANCASTER Lancaster Civic Society Leaflet 6 St Thomas, in Lancaster Priory by R.F. Ashmead of Abbott & Co (1966} The beauty of stained glass has been recognised since the Middle Ages and it is still popular. Lancaster had three notable stained-glass firms – Seward & Co, Shrigley & Hunt and Abbott & Co – which produced fine work from 1825 to 1996, relying on their artists and craftsmen. Their work The later nineteenth century was a good time for stained glass – new churches, hospitals, town halls, ocean liners, pubs and country houses – the firms’ work can be seen in all these. Shrigley and Hunt initially favoured a Pre-Raphaelite style, lighter in design and colour than its predecessors, strongly decorative, detailed, with realistic scenes and faces telling clear allegories and Biblical stories. Stronger colours were used in the 1880s. Their two main artists, Edward Holme Jewitt and Carl Almquist, had different styles, so widening the firm’s client base. They opened a studio in London to keep Almquist in the firm and to pick up on metropolitan shifts in taste. The firm also made decorative wall tiles. Abbott & Co followed these Late Victorian and Edwardian trends but also developed more modernist styles for interwar houses and in the 1960s. Both firms got contracts in association with the noted Lancaster architectural practice of Paley and Austin. Shrigley and Hunt used their London contacts to get work with Richard Norman Shaw and Alfred Waterhouse. Local magnates such as the Storeys and Williamsons of Lancaster and the brewing families of Boddington (Manchester) and Greenall (Warrington) also patronised them.
    [Show full text]
  • Glass Windows & Doors
    GLASS WINDOWS & DOORS Applicant must provide a completed application and the following items: Please indicate items submitted with a checkmark (√) 1. Permit application (check appropriate trade) completed and signed 2. Plans with name and address of designer a. New window or door opening 1. Floor plan with location and sizes of new openings 2. Typical wall section 3. Beam or header sizes over new openings 4. Bedroom emergency egress windows located 5. Emergency egress window size given per FBC 2014 5th Edition, Section 1029; FBC 2014 5th Edition Residential 310 and FBC 2014 5th Edition Existing 604 6. Location of electrical outlets and lights if installing new doors. 7. Elevation view of exterior walls with new doors or windows 8. Product Approvals a. Miami-Dade product approval report with referenced engineered plans. b. State of Florida/DCA product approval with Engineered plans c. Engineer’s signed/sealed plans and calculations for custom design. b. Replacing window or doors with same size material 1. Floor plan with location and sizes to be replaced 2. Bedroom emergency egress windows located 3. Emergency egress window size given per FBC 2014 5th Edition, Section 1029; FBC Residential 310 and FBC 2014 5th Edition Existing 604 4. Product Approvals (one of the following) a. Miami-Dade product approval report with referenced engineered plans b. State of Florida/DCA product approval with . Engineered plans c. Engineer’s signed/sealed plans and calculations for custom design. 3. Signed contract and copy of property appraisers structural valuation or other evidence of structure value 4. All project specific details must be identified on engineered plans including construction details of host structure, type and thickness of glazing, design pressures, anchor details, type of fasteners, etc.
    [Show full text]
  • To Technical Glasses Catalogue
    Technical Glasses Physical and Technical Properties 2 SCHOTT is a leading international technology group in the areas of specialty glass and glass-ceramics. With more than 130 years of outstanding development, materials and technology expertise we offer a broad portfolio of high-quality products and intelligent solutions that contribute to our customers’ success. For 130 years, SCHOTT has been shaping the future of glass technol- ogy. The Otto Schott Research Center in Mainz is one of the world’s leading glass research institutions. With our development center in Duryea, Pennsylvania (USA), and technical support centers in Asia, North America and Europe, we are present in close proximity to our customers around the globe. 3 Foreword Apart from its application in optics, glass as a technical ma- SCHOTT Technical Glasses offers pertinent information in terial has exerted a formative influence on the development concise form. It contains general information for the deter- of important technological fields such as chemistry, pharma- mination and evaluation of important glass properties and ceutics, automotive, optics, optoelectronics and information also informs about specific chemical and physical character- technology. Traditional areas of technical application for istics and possible applications of the commercial technical glass, such as laboratory apparatuses, flat panel displays and glasses produced by SCHOTT. With this brochure, we hope light sources with their various requirements on chemical- to assist scientists, engineers, and designers in making the physical properties, have led to the development of a great appropriate choice and make optimum use of SCHOTT variety of special glass types. Through new fields of appli- products.
    [Show full text]
  • Chapter 4: the Wedding: Glasses and Glazes
    CHAPTER 4 The Wedding (Glasses and Glazes) Therefore, thou gaudy gold, Hard food for Midas, I will none of thee Nor none of thee thou pale and common drudge Tween man and man: but thou, thou meagre lead Which rather threaten’st than dost promise aught, Thy palidness moves me more than eloquence and here chose I. Joy be the consequence Shakespeare Merchant of Venice his chapter examines two interrelated high concentrations of Sn and Zn are also present.. uses of lead: glass technology and The low Na2O content implies that Anglo- Tglazes. Why was lead and not some Saxon glass technology did not derive directly from other material used in these technologies? How did the that of the Roman period, which utilized soda glass. technologies spread? The high Sn/Zn content suggests the use of recycled It will be shown that lead was used for similar metallurgical material. This hypothesis is supported by reasons as in metallurgy (energy conservation, among the similar composition of early medieval red enamel others) and that transmission of technology follows an glass to that of 3rd century A.D. German slags. In the East/West and West/East configuration, consistent with German metallurgy of the time, a regular cupellation trends discussed in the preceding chapter. Time lines was blended with scrap metal to produce litharge up to of events in the “Mesopotamian”, “Egyptian,” and 2% ZnO and 10% SnO2. A 10th century Anglo-Saxon “Classical” worlds are given in Appendix J, Tables 4.1- site shows evidence of a similar metallurgical process 6-9.
    [Show full text]