This volume is part of the Ceramic Engineering and Science Proceeding  (CESP) series.  This series contains a collection of papers dealing with issues in both traditional ceramics (i.e., glass, whitewares, refractories, and porcelain enamel) and advanced ceramics. Topics covered in the area of advanced ceramic include bioceramics, nanomaterials, composites, solid oxide fuel cells, mechanical properties and structural design, advanced ceramic coatings, ceramic armor, porous ceramics, and more.

Content:
Chapter 1 Electrostatic Charging and Powder Coating with Porcelain Enamels (pages 1–15): Sergey Guskov
Chapter 2 Methods of Powder Delivery Control for Porcelain Enamel (pages 16–22): Jeffrey W. Hale
Chapter 3 Controls for Porcelain Enamel Powder Application (page 23): Sergey Guskov
Chapter 4 The Challenges of Powder Coating in a Job Shop Environment (pages 24–28): Alan P. Chmelewski and Leonard E. Bilger
Chapter 5 Troubleshooting Problems on a Liquid Porcelain Enamel Line (pages 29–39): J. F. Mclntyre and J. D. Shaughnessy
Chapter 6 Process Controls for Washers (pages 40–43): Tim Scott, Al Zimmermann and Jeff Simpson
Chapter 7 Architectural Applications of Porcelain Enamel (page 44): Steven Stadnyckyj
Chapter 8 Porcelain Enameling Aluminum: An Overview (pages 45–51): Donald M. Judd
Chapter 9 The Environmental Regulatory Outlook (pages 52–58): Jack E. Waggener
Chapter 10 Is IS0 14000 Right for You? (pages 59–61): James J. Carleton
Chapter 11 Steel and Porcelain Enamel: The Combination for Long Life and Recyclability (pages 62–68): Brian Tedeschi
Chapter 12 Use of Pyrometric Products for Temperature Monitoring and Control (pages 69–80): Dale A. Frank and J. Richard Schorr
Chapter 13 Using Pyrometric Cones to Monitor Firing of Porcelain Enamel Ware: Plant and Laboratory Trials (pages 81–91): Holger Evele and Robert Hayes
Chapter 14 Back to Basics in Furnace Operations (page 92): James M. Mcroy and J. Michael Horton
Chapter 15 Furnace Humidity and Effects (pages 93–94): Lester N. Smith
Chapter 16 Borates Used in Porcelain Enamels (pages 95–100): Thomas E. Wilhelm
Chapter 17 Stress and Strain in Enamel Composites: A Practical Viewpoint (pages 101–111): William D. Faust
Chapter 18 Water Vapor and Its Effect on Porcelain Enamel (pages 112–118): Robert L. Hyde
Chapter 19 Ordering Porcelain Enameling Steel (pages 119–121): James W. Stolpa
Chapter 20 Metallographic Laboratory Technical Support for Porcelain Enamel?Steel Systems (pages 122–133): Warren Norton and Ronald Hurst
Chapter 21 Steel?Related Porcelain Enamel Defects (pages 134–140): Larry L. Steele
Chapter 22 ASTM Test Methods for Porcelain Enamel (pages 141–143): John K. Cook
Chapter 23 The Need for Worldwide, Uniform Industry Standards and Test Methods (pages 144–146): Thomas R. Sanford
Chapter 24 Titanium Addition: Smelting vs. Milling (pages 147–159): Timothy E. Sumpter and Peggy L. Damewood
Chapter 25 Impact of Physical Characteristics of Water Heater Enamels on Water Resistance (pages 160–165): Roger A. Wallace and Joseph A. Melaro
Chapter 26 The Effects of Particle Size on Application Characteristics of Electrostatic Porcelain Enamel Powder (pages 166–171): Larry N. Biller, Steven M. Kilczewski and Arthur C. Stidham
Chapter 27 The Porcelain Enamel Institute: An Overview of the Past Twelve Months (pages 172–175): Thomas R. Sanford
Chapter 28 Report on Activities of PEI's Technical Affairs Committee (pages 176–178): Jeffrey F. Wright
Chapter 29 Spall and Flame Resistance on Steel Grates (pages 179–183): Gregory R. Prinzbach and Thomas Tucker
Chapter 30 Working Guidelines for Porcelain Enamel Parts (page 184): Charles L. Summers
Chapter 31 Implementing ISO 9000 in an Enamel Job Shop (page 185): Debra L. Voges