International Thermal Spray Conference and Exposition Global Coating Solutions Beijing International Convention Center Beijing, People’s Republic of China May 14-16, 2007 Join us for the world’s foremost international conference and exposition for thermal spray technologists, researchers, manufacturers and suppliers. Sponsored by: ITSC 2007 ADVANCE PROGRAM Attention International Delagates: Be sure to obtain your visa early. Please visit www.asminternational.org/itsc07/travel.htm for assistance.
Transcript
International Thermal Spray Conference and Exposition Global Coating Solutions
Beijing International Convention CenterBeijing, People’s Republic of ChinaMay 14-16, 2007
Join us for the world’s foremost international conference and exposition for thermal spray technologists, researchers, manufacturers and suppliers.
Sponsored by:
ITSC 2007 ADVANCE PROGRAM
Attention International Delagates:
Be sure to obtain your visa early.
Please visit
www.asminternational.org/itsc07/travel.htm
for assistance.
Join us this year in Beijing, China for the world’s foremost international conference and exposition for thermal spray technologists, researchers, suppliers and end-users.Welcome to the 2007 International Thermal Spray Conference and Exposition (ITSC). ITSC is the preeminent global thermal spray annual event which this year will take place in one of the most exciting and dynamic global marketplaces. The 2007 event will be held in Beijing, P. R. China from May 14-16, 2007.
ITSC 2007 ADVANCE PROGRAM
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ITSC 2007 – Global Coating SolutionsIn cooperation with our organizing partners, the German Welding Society (DVS), the International Institute of Welding (IIW), as well as our local host organization, the Thermal Spraying Committee of China Surface Engineering Association (TSCC) we are pleased to be able to offer another valuable conference in a long series of successful events. China represents one of the greatest opportunities for our industry in terms of potential markets for products and services, sourcing initiatives, joint venture projects in manufacturing or research and development. ITSC 2007 will not only provide you with an overview of the latest developments in technology, application development and new products, but will also offer the benefit of bringing representatives from Chinese and international industry and academia together for valuable networking and cooperation opportunities. ITSC 2007 is an event not to be missed!
The organizing team looks forward to meeting you in Beijing.Sincerely,
Peter HanneforthPresident, ASM Thermal Spray Society & General Conference Chairman
Peter HanneforthTSS PresidentITSC 2007 General Chairman
Xiaoou HuangPresident TSCCITSC 2007 General Co-Chair
Peter HeinrichLinde AGITSC 2007 General Chairman
R. HaoShanghai BaoSteel Equipment Maintenance Co., Ltd.ITSC 2007 General Co-Chair
Our international delegation of materials and design engineers, research scientists, manufacturers, suppliers and end users will gather in one of the largest emerging markets in the world to exchange ideas on meeting the challenges and opportunities of the years to come. During ITSC 2007, you will experience three days of premier technical programming featuring more than 350 technical contributions from the world’s leading thermal spray experts, an unparalleled exposition featuring thermal spray equipment, consumable and accessory suppliers, as well as coating applicators and service providers. This year we are expecting more than 50 leading exhibiting companies from around the world. In addition more than 1,000 attendees will have the opportunity to participate in unmatched educational programs, industrial tours, professional networking events and social programming.
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Program-at-a-Glance
ITSC 2007 ADVANCE PROGRAM
EDUCATION COURSES THURSDAY, MAY 10 FRIDAY, MAY 11 SATURDAY, MAY 12Thermal Spray Technology 8:00 AM - 5:00 PM 8:00 AM - 5:00 PM 8:00 AM - 5:00 PM (Page 4)
Understanding and Improving 8:00 AM - 6:30 PM 8:00 AM - 6:30 PM Your Thermal Spray Process (Page 5) The Metallographic Preparation 8:00 AM - 5:00 PM of Gas Turbine Coatings (Page 6)
TECHNICAL PROGRAMMING MONDAY, MAY 14 TUESDAY, MAY 15 WEDNESDAY, MAY 16 AM PM AM PM AM PMPlenary (Page 7)
Who Should Enroll:This course, directed toward technologists, engineers and technicians, provides an understanding of thermal spray processing science as well as applications and practice. Graduate students and other professionals entering the thermal spray field or who wish to update their knowledge will also benefit greatly from this course. You will learn and understand how the thermal spray process allows favorable interactions, which permit the design envelope of conventional components to be extended. You will also gain insights into future challenges and markets for this exponentially growing manufacturing sector. Participants are encouraged to contact the instructor(s) prior to the course so that any particular application or problem may be addressed as a case history or exemplar.
electroplating, electroless plating, phosphating, vapor deposition, hard facing, relative attributes and deficiencies of these processes.
2. Equipment & Theory: History, methodology, flame spray, HVOF, D-gun®, twin wire-arc spray, plasma spray, emerging technologies (e.g., cold spray, vacuum wire processes, etc.) material feed systems, cooling needs, gas supply systems, controls, sensors and automation, spray booth design, health and safety.
3. Processing & Design: Bonding, cleaning, processing, masking techniques, substrate surface preparation, temperature control, spray pattern, process variation, automation, fusing, densification, finishing, stripping, deposition efficiencies, good design practices for substrates.
4. Materials: Feedstock production methods and how this is reflected in the feedstock morphology; blended and composite materials; quality indicators for feedstocks; feedstock flow and its critical importance to achieving an economic process; particle classification methods; quality control; material specifications and standards.
Instruction Language: All instruction from this course and all course materials will be in English.
Registration Fees ON or BEFORE February 26th: TSS/DVS/IIW Member Fee: $ 995 US DollarsASM Member Fee: $ 1055 US DollarsNon-Member Fee: $ 1195 US DollarsStudent Fee: $ 295 US Dollars
Registration Fees AFTER February 26th: TSS/DVS/IIW Member Fee: $ 1045 US DollarsASM Member Fee: $ 1105 US DollarsNon-Member Fee: $ 1245 US DollarsStudent Fee: $ 345 US Dollars
Multiple registrants from the same company will receive the following discount:
3rd registrant from the same company = 25% discount4th registrant from the same company = 40% discount5th registrant from the same company = 55% discount
Participants receive the Handbook of Thermal Spray Technology and hardcopy of the instructor’s presentation materials. The instructors have been collaborating on this course since 1996.
May 10-12, 2007 • 8:00 AM - 5:00 PMCrowne Plaza Hotel Park View WuzhouBeijing, ChinaInstructors: Dr. Christoper C. Berndt, FASM Professor, James Cook University Townsville, Queensland, Australia
Dr. Richard Knight, FASM Auxiliary Professor, Drexel University Philadelphia, Pennsylvania USA
Course Overview:Thermal spray technology and coatings solve critical problems in demanding environments. They provide “solutions” to engineering needs involving wear, high temperature and aqueous corrosion, and thermal regulation and degradation. Thermal spray is being increasingly used to manufacture net-shapes, advanced sensors and materials for the biomedical and energy/environmental marketing sectors. These and a vast array of emerging applications take advantage of the rapid and cost-effective capabilities of thermal spray technology in the OEM and repair industries.Thermal spray processes; including twin wire-arc, combustion, high velocity oxy-fuel (HVOF), cold spray and plasma spray, as well as associated technologies, can deposit virtually any material as a surface coating onto a wide range of other materials. Coating reliability and effectiveness necessitates that these overlay coatings be selected, engineered and applied correctly.This course provides (i) a thorough grounding and understanding of thermal spray processes, (ii) depicts the quite complex scientific concepts in terms of simple physical models, and (iii) integrates this knowledge to practical engineering applications and commonly accepted thermal spray practices. Note that NO mathematics is used in order explain the processes or materials/mechanical engineering. • Thermal spray technology as a cost-effective solution for many
applications requiring resistance to wear, heat and corrosion.• Processes including electric arc, combustion and plasma spray can apply
almost any material to the surface of another.• Coating systems must be engineered and applied correctly to operate
successfully as an overlay surface.• The interaction of thermal spray processing to create a material structure
that can accommodate severe operational environments.
Learning Objectives:• The historical basis for thermal spray technology and the development of
equipment and materials as it pertains to the present-day technology.• The terminology, principles and underlying theory of thermal spray technology.• A contrast and comparison of thermal spray technologies with respect
to other competing coating technologies (e.g., PVD, CVD, hardfacing, electroplating etc.).
• The differences between the various thermal spray processes and how to select a process for various feedstock materials.
• The methods of manufacturing feedstock materials so that they can be designed for a particular thermal spray process, and hence the relationship to the end-market application.
• Testing methods and currently accepted industrial practices used for quality control of coatings.
• How to integrate processes, materials, applications and testing, and characterization of thermal spray coatings.
• Financial models for the costing of coatings, numerous applications and case histories, how to solve materials and equipment problems, design issues for coating components and much more!
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Education CoursesUnderstanding and Improving Your Thermal Spray ProcessMay 11-12, 2007 • 8:00 AM - 6:30 PMCrowne Plaza Hotel Park View WuzhouBeijing, ChinaInstructors: Dr. Maher Boulos, TS-HoF Professor, University of Sherbrooke Sherbrooke, Quebec, Canada
Dr. Pierre Fauchais, FASM, TS-HoF Professor, Limoges University Limoges, France
Dr. Joachim Heberlein, FASM, TS-HoF University of Minnesota Minneapolis, Minnesota USA
Course Overview:Thermal spray coatings are receiving increased attention as solutions to corrosion, wear and materials compatibility problems. Thermal spray processes using electric arcs, combustion and plasma spray can apply almost any material to the surface of another. These coatings must be correctly engineered and applied to operate as an overlay surface. Education is vital to understanding coating systems and improving thermal spray coating reliability. This 2-day course will review the processing science of a wide range of thermal spray coating processes. The theory of operation and practice of the coatings will be presented, including thermal spray process control, coating application, characterization and testing. Practical coating systems for electric arc, combustion and plasma spray will be reviewed using case studies.
Learning Objectives:• Understanding thermal spray processing science, applications and practice.• How thermal spray processing interacts with the materials it is designed
to protect.• Techno-economic comparison of different technologies.
Who Should Enroll:This course will be of interest to process, application, development and design engineers, researchers and quality-control personnel. It will also be helpful for anyone involved in specifying materials, materials suppliers, sales representatives and technical management.
Course Outline: 1. Introduction and course objectives
2. Overview of Thermal Spray Techniques
3. Flame Spraying Systems
4. Characteristics of the Plasma State
5. Plasma Spraying I – D.C. Plasma Spraying
6. Plasma Spraying II – R.F. Induction Plasma Spraying
7. Wire-Arc Spraying
8. Plasma Transferred Arc
9. Plasma/Particle Interactions
10. Process Diagnostics
11. Powder Production for Thermal Spraying
12. Surface Preparation
13. Deposit Formation and Coating Properties
14. Thermal Spray Process Controls
15. Industrial Applications of Plasma Spray
16. Summary, Conclusions and Discussion.
Instruction Language: All instruction from this course and all course materials will be in English.
Registration Fees ON or BEFORE February 26th:TSS/DVS/IIW Member Fee: $ 795 US DollarsASM Member Fee: $ 835 US DollarsNon-Member Fee: $ 975 US DollarsStudent Fee: $ 255 US Dollars
Registration Fees AFTER February 26th:TSS/DVS/IIW Member Fee: $ 845 US DollarsASM Member Fee: $ 885 US DollarsNon-Member Fee: $ 1025 US DollarsStudent Fee: $ 305 US Dollars
Multiple registrants from the same company will receive the following discount:
3rd registrant from the same company = 25% discount4th registrant from the same company = 40% discount5th registrant from the same company = 55% discount
A new quarterly supplement…International Thermal Spray & Surface Engineering (iTSSe)The new section will report on the latest developments in the thermal spray and surface engineering fields, including:• Technical news items• Summaries of conference papers• New releases and product review• Industry news• Company profiles• News from other global surface
engineering, coatings and thermal spray societies and trade groups
Editorial Profile:This dynamic publication will reach more than 5,000 individuals who are working with thermal spray and surface engineering processes, applications and materials. The supplement debuted as an insert to Advanced Materials & Processes, ASM’s flagship magazine, allowing the circulation to be built beyond those members of the Thermal Spray Society; individuals seeking coatings information as related to aerospace, automotive, heavy equipment and specialty applications markets will be receiving the publication.
To Advertise, Contact: Joanne Miller440-338-5151, ext. 5662 • [email protected]
Building on 100 Years of Success: Proceedings of the 2006 International Thermal Spray ConferenceMay 15-18, 2006 • Seattle, Washington, USAThis CD-ROM contains the proceedings of the International Thermal Spray Conference 2006 (ITSC 2006) held in Seattle, Washington, May 15-18, 2006. More than 250 papers covering the full spectrum of topics on the science of, innovations in, and applications for thermal spray are presented in this volume. The contributions feature a broad range of topics, including recent progress in the basic science of spraying, diagnostics, process control, particle impact, microstructure, and properties; results on degradation mechanisms, testing and performance evaluation; and developments in new materials, processes, equipment and applications. Papers from three focused symposia on coatings for biomedical applications, cold spray, and modeling and simulation highlight some of the advances in these areas. In short, this collection of papers presents a snapshot of the current state of advancement of the thermal spray field.
Edited by:B.R. Marple, M.M. Hyland, Y.-C. Lau, R.S. Lima, J. Voyer • 2006, 1480 pages CD-ROM onlyPrice: $99/$80 ASM Members • Order: #05183CTo order, call 1-800-336-5152, ext. 0 and ask for Customer Service.
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Education CoursesThe Metallographic Preparation of Gas Turbine CoatingsMay 12, 2007 • 8:00 AM - 5:00 PMCrowne Plaza Hotel Park View WuzhouBeijing, China
Instructor: Douglas G. Puerta Director of Metallurgical Engineering IMR Test Labs Lansing, New York USA
Course Overview: The accurate evaluation of a gas turbine coating is contingent upon proper metallographic preparation. Poor preparation can lead to false conclusions about coating integrity or spray booth parameters. As a result, parts may unnecessarily be reworked or scrapped. Even worse, misevaluation may lead to a bad part “escaping” into service.This course covers a wide range of topics relating to the metallographic preparation and evaluation of gas turbine coatings. Emphasis is placed on equipment and consumables selection, and how these choices influence the observed structure of a given coating.In addition to an overview of metallographic preparation, we will also discuss common issues encountered with various coating families (e.g. hardcoats, ceramic (TBCs), etc.). Methods will be covered which can help to ensure that the true coating microstructure has been revealed.
Learning Objectives:• Understand the basic elements of metallographic preparation (sectioning,
mounting, grinding, and polishing).• Learn the relationship between consumables, preparation recipes, and
coating structure.• Determine if features observed within a given coating are inherent or have
been induced during metallographic preparation.
Who Should Enroll:This course should appeal to anyone involved in either the processing or evaluation of thermal spray coatings. Students will leave this course with a solid understanding of metallography and the role of metallography in producing a true coating structure.
Course Outline: 1. Metallography Overview
2. Sectioning
3. Mounting I – Hot mounting of coatings
4. Mounting II – Cold mounting of coatings
5. Grinding
6. Polishing I – Selection of fine grinding and polishing consumables
7. Polishing II – Recipes and coating families
8. Metallographic Standards
9. Evaluation of Coatings I – Image analysis
10. Evaluation of Coatings II – Electron microscopy
11. Evaluation of Coatings III – Issues relating to different coating families
Instruction Language: All instruction from this course and all course materials will be in English.
Registration Fees ON or BEFORE February 26th:TSS/DVS/IIW Member Fee: $ 475 US DollarsASM Member Fee: $ 525 US DollarsNon-Member Fee: $ 645 US DollarsStudent Fee: $ 195 US Dollars
Registration Fees AFTER February 26th:TSS/DVS/IIW Member Fee: $ 525 US DollarsASM Member Fee: $ 575 US DollarsNon-Member Fee: $ 695 US DollarsStudent Fee: $ 245 US Dollars
Multiple registrants from the same company will receive the following discount:
3rd registrant from the same company = 25% discount4th registrant from the same company = 40% discount5th registrant from the same company = 55% discount
ITSC 2007 ADVANCE PROGRAM
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ITSC 2007 Plenary ProgramMonday, May 14, 2007 • 8:30 AM - 10:20 AM
Global Coating SolutionsSession Chair: Mitch Dorfman Sulzer Metco (US), Inc. Westbury, New York
Thermal Spraying Technology and Its Applications in the Iron & Steel Industry in China
Mr. Rongliang HaoVice President, Shanghai BaoSteel Equipment Maintenance Co., Ltd. Shanghai, People’s Republic of ChinaMr. Hao is Vice President of Shanghai BaoSteel Equipment Maintenance Co., Ltd. and Executive Director of the Thermal Spraying Committee of China Surface
Engineering Association. As a director of the two largest (according to income per year) enterprises of thermal spray technology in China, Mr. Hao is very involved with propelling the progress of thermal spray technology within China. Mr. Hao leads a team at Shanghai BaoSteel that specializes in supplying solutions for those problems on thermal spray technology. He has trained many bone technical specialists and has made many contributions to apply thermal spray technology in China’s iron and steel industry.
Challenges of Thermal SprayMr. Henri SteinmetzPresident, Sulzer MetcoWinterthur, SwitzerlandMr. Henri Steinmetz has been President of Sulzer Metco since 2004. He has profound knowledge and skill in leading complex, global businesses. He joined Sulzer Metco from Great Lakes Chemical Corporation
where he served as Executive Vice President and General Manager of Polymer Stabilizers. Prior to that, Mr. Steinmetz was the European Director of Business Development and Strategy for M. A. Hanna Company and also had held several line and staff management positions with General Electric. A citizen of Luxembourg, Mr. Steinmetz holds a Master of Sciences in Metallurgy from the University of Clausthal in Germany and an MBA from Insead in France.
Applications & Case Studies
Champions: W. Tillmann, Dortmund University J. V. R. Heberlein, University of Minnesota R. Hao, Shanghai BaoSteel Equipment Maintenance Co., Ltd.This program covers almost every aspect relating to applications and case studies, including equipment/systems, processes such as cold spraying, plasma spraying, HVOF spraying, and predictions. Not only does it present the latest R&D in thermal spraying processes through experiments, but also explains the involved theories through case analysis. At the same time, the presentations cover nearly all application areas of thermal spraying such as hydrodynamic, iron and steel, etc. The presentations and comparison of experiments and operations clearly illustrates both the advantages and shortcomings of each process or system, and at the same time provides a guide for actual applications in industries for further development of thermal spray technologies.
Session 1: Applications & Case Studies 1Monday, May 14, 2007 • 3:40 PM - 5:20 PMSession Chairs: W. Tillmann, Dortmund University R. Hao, Shanghai BaoSteel Equipment Maintenance Co., Ltd.
Session 2: Applications & Case Studies 2Tuesday, May 15, 2007 • 8:20 AM - 10:20 AMSession Chairs: W. Tillmann, Dortmund University R. Hao, Shanghai BaoSteel Equipment Maintenance Co., Ltd.
Session 3: Applications & Case Studies 3Tuesday, May 15, 2007 • 10:50 AM - 12:10 PMSession Chairs: W. Tillmann, Dortmund University R. Hao, Shanghai BaoSteel Equipment Maintenance Co., Ltd.
Session 4: Applications & Case Studies 4Wednesday, May 16, 2007 • 10:50 AM - 12:10 PMSession Chairs: W. Tillmann, Dortmund University R. Hao, Shanghai BaoSteel Equipment Maintenance Co., Ltd.
Session 5: Applications & Case Studies 5Wednesday, May 16, 2007 • 1:50 PM - 3:10 PMSession Chairs: W. Tillmann, Dortmund University R. Hao, Shanghai BaoSteel Equipment Maintenance Co., Ltd.
Technical Program – Applications & Properties
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Technical Program – Applications & PropertiesBiomedical Coatings
Champions: B. R. Marple, National Research Council of Canada K. Ogawa, Tohoku UniversityThermal spray coatings are in use in the biomedical field where the needs and challenges are much different than those encountered in the more traditional areas of application. These coatings can be used in various parts of the body, including joint and dental implants, to help integrate these components and improve bonding with the surrounding bone and tissue. Ongoing challenges in the design, performance and long-term survival of the coatings for applications in the human body are driving a need to develop improved compositions and strategies for the engineering of these materials. This session will focus on recent R&D advances in this area.
Session 1: Biomedical CoatingsMonday, May 14, 2007 • 3:40 PM - 5:20 PMSession Chairs: B. R. Marple, National Research Council of Canada K. Ogawa, Tohoku University
Ceramics & Thermal Barrier Coatings
Champions: M. Dorfman, Sulzer Metco (US), Inc. R. Vaßen, Forschungszentrum Jülich GmbH Institute of Energy Research C. Ding, Shanghai Institute of Ceramics, Chinese Academy of SciencesThermal barrier coatings (TBCs) are widely applied to provide thermal insulation to metallic components from the hot gas stream in gas-turbine engines used for aero or stationary applications. This program describes recent developments on plasma-sprayed thermal barrier coatings. It consists of papers focusing on the practical and theoretical aspects of thermal barrier coating development, processing and performance. It also covers advanced, prime reliant coating architecture design along with alternative processing techniques. Failure mechanisms under engine and advanced laboratory conditions will also be discussed. The technical content of this program is not limited to advanced thermal barrier coatings. Additional emphasis will be placed on ceramic clearance control coatings and other ceramic coating systems for wear resistance, chemical corrosion resistance and fuel cell applications.
Session 1: Ceramics & TBCs 1Monday, May 14, 2007 • 10:50 AM - 12:10 PMSession Chairs: B. R. Marple, National Research Council of Canada C. Ding, Shanghai Institute of Ceramics, Chinese Academy of Sciences
Session 2: Ceramics & TBCs 2Monday, May 14, 2007 • 1:50 PM - 3:10 PMSession Chairs: R. Subramanian, Siemens Westinghouse Power Corporation M. Dorfman, Sulzer Metco (US), Inc.
Session 3: Ceramics & TBCs 3Tuesday, May 15, 2007 • 8:20 AM - 10:20 AMSession Chairs: K. J. Lawson, Cranfield University S. Tao, Shanghai Institute of Ceramics, Chinese Academy of Sciences
Session 4: Ceramics & TBCs 4Tuesday, May 15, 2007 • 10:50 AM - 12:10 PMSession Chairs: S. Sampath, S.U.N.Y at Stony Brook J. Wigren, Volvo Aero Corporation
Session 5: Ceramics & TBCs 5Wednesday, May 16, 2007 • 8:20 AM - 10:20 AMSession Chairs: R. Vaßen, Forschungszentrum Jülich GmbH Institute of Energy Research C. Zhou, Beijing University of Aeronautics and Astronautics
Session 6: Ceramics & TBCs 6Wednesday, May 16, 2007 • 10:50 AM - 12:10 PMSession Chairs: E. H. Jordan, University of Connecticut Y. Itoh, Toshiba Corporation
Session 7: Ceramics & TBCs 7Wednesday, May 16, 2007 • 1:50 PM - 3:10 PMSession Chair: G. Rizzi, Turbocoating SpA
Attention International Delagates:
Be sure to obtain your visa early.
Please visit
www.asminternational.org/itsc07/travel.htm
for assistance.
ITSC 2007 ADVANCE PROGRAM
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Corrosion Protection
Champion: K. Bobzin, RWTH Aachen UniversityCorrosion, including oxidation, is one of the most challenging problems in technical systems. The application of protective coating systems using different thermal spraying processes and coating materials is an effective and economic way to avoid damages caused by corrosion. This program covers the latest research on corrosion mechanisms, as well as innovative thermal spray technology used to prevent corrosion, oxidation and hot corrosion.
Session 1: Corrosion ProtectionWednesday, May 16, 2007 • 3:40 PM - 5:20 PMSession Chair: K. Bobzin, RWTH Aachen University
Economic & Regulatory
Champion: G. Wuest, Sulzer Metco (US), Inc.Thermal Spray is a complex industrial process used throughout the world. There is an endless variety of applications in the commercial, academic, and government arenas. This session will provide necessary and up-to-date information to support your business in the areas of hazard analysis and communication; training; personal protective equipment; exposure monitoring and medical assessments; safety by design; environmental protection; laws and regulations; current situation and future direction; and case studies.
Session 1: Economic & RegulatoryWednesday, May 16, 2007 • 3:40 PM - 5:20 PMSession Chair: G. Wuest, Sulzer Metco (US), Inc.
Nanomaterials
Champions: R. S. Lima, National Research Council of Canada G. Schürholt, Saint-Gobain Coating Solutions J. Zwick, RWTH Aachen UniversityThis program covers the latest trends on the use of nanostructured materials and suspension/solution techniques for engineering the next generation of high performance thermal spray coatings. In addition to providing new information about traditional thermal spray applications, such as TBCs and anti-wear coatings, these sessions deal with the development of new technologies, coatings and markets for thermal spraying. Papers on different/new types of applications will be presented such as photocatalytic coatings, SOFCs, dielectric coatings and coatings for gas sensor applications. Attendees seeking new ideas and opportunities in thermal spraying cannot afford to miss this program.
Session 1: Nanomaterials 1Tuesday, May 15, 2007 • 1:50 PM - 3:10 PMSession Chairs: R. S. Lima, National Research Council of Canada G. Schürholt, Saint-Gobain Coating Solutions
Session 2: Nanomaterials 2Tuesday, May 15, 2007 • 3:40 PM - 5:20 PMSession Chairs: G. Schürholt, Saint-Gobain Coating Solutions J. Zwick, RWTH Aachen University
Session 3: Nanomaterials 3Wednesday, May 16, 2007 • 8:20 AM - 10:20 AMSession Chairs: J. Zwick, RWTH Aachen University R. S. Lima, National Research Council of Canada
Polymers
Champion: R. Knight, Drexel UniversityThermal spraying of polymers for industrial applications offers significant environmentally-friendly, technical advantages over traditional alternatives (such as solvent-based paints, electrostatic and fluidized-bed powder coating), including avoidance of volatile solvents, elimination of degradation to toxic chemicals, portability and the ability to coat large structures in situ. This program showcases recent work by researchers working in this relatively new field, including presentations on the production of polymeric coatings and the characterization of some key properties important for real-world applications.
Session 1: Polymer CoatingsWednesday, May 16, 2007 • 1:50 PM - 3:10 PMSession Chair: R. Knight, Drexel University
Technical Program – Applications & Properties
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Properties, Characterization & Testing
Champions: Y. Tsunekawa, Toyota Technological Institute K. Middeldorf, DVS – German Welding Society J. Jerzembeck, DVS – German Welding Society This “must-attend” program deals with many aspects of coatings including applications and case studies, properties, characterization and testing, composites and thermal barrier coatings (TBCs), nanomaterials, corrosion protection, sprayforming and rapid prototyping, wear protection, and other surface engineering technologies. These sessions promise to be a source of valuable information on state-of-the-art technologies and future directions for such coatings. Of particular significance are the sessions on TBCs and nanomaterials. Data presented on the properties will become a valuable tool for those involved in the design and application of coatings.Session 1: Properties, Characterization & Testing 1Monday, May 14, 2007 • 10:50 AM - 12:10 PMSession Chair: Y. Ando, Ashikaga Institute of TechnologySession 2: Properties, Characterization & Testing 2Monday, May 14, 2007 • 1:50 PM - 3:10 PMSession Chairs: J. Beczkowiak, H. C. Starck GmbH T. Kuwashima, Iwate Industrial Research InstituteSession 3: Properties, Characterization & Testing 3Tuesday, May 15, 2007 • 8:20 AM - 10:20 AMSession Chair: Y. Tsunekawa, Toyota Technological Institute Session 4: Properties, Characterization & Testing 4Tuesday, May 15, 2007 • 10:50 AM - 12:10 PMSession Chair: M. Jeandin, École des Mines de Paris (ENSMP)Session 5: Properties, Characterization & Testing 5Tuesday, May 15, 2007 • 1:50 PM - 3:10 PMSession Chairs: A. Wank, GTV Verschleiss-Schutz GmbH J. Kitamura, Fujimi, Inc.Session 6: Properties, Characterization & Testing 6Tuesday, May 15, 2007 • 3:40 PM - 5:20 PMSession Chairs: D. Grasme, OBZ Dresel & Grasme GmbH T. Maruyama, Kansai UniversitySession 7: Properties, Characterization & Testing 7Wednesday, May 16, 2007 • 8:20 AM - 10:20 AMSession Chairs: K. Middeldorf, DVS – German Welding Society I. Ozdemir, Dokuz Eylul UniversitySession 8: Properties, Characterization & Testing 8Wednesday, May 16, 2007 • 10:50 AM - 12:10 PMSession Chairs: A. Schwenk, GTV Verschleiss-Schutz GmbH A. Kobayashi, Osaka University
Thermal Spray & Other Surface Engineering Technologies
Champions: K. Richardt, RWTH Aachen University F. Ernst, RWTH Aachen UniversityThermal spray processes and associated technologies allow the deposition of virtually any material as a surface coating onto a broad range of materials. To function as protections of bulk materials in demanding environments, they provide solutions for engineering needs. This program presents different case studies and successful solutions via tailor-made surface coatings.
Session 1: Thermal Spray & Other Surface Engineering TechnologiesWednesday, May 16, 2007 • 3:40 PM - 5:20 PMSession Chairs: K. Richardt, RWTH Aachen University F. Ernst, RWTH Aachen University
Wear Protection
Champions: P. Vuoristo, Tampere University of Technology G. Schürholt, Saint-Gobain Coating SolutionsThermal spraying is a state-of-the-art technology for the production of high-performance coatings to combat various forms of wear (e.g. abrasion and erosion, adhesive wear and fretting at low and high operation temperatures). A variety of coating materials and spray processes are available to industry to solve various wear problems. The program examines many aspects of wear resistant coatings, including their wear properties and testing, novel coating materials, coating manufacturing and selected industrial applications. Data presented on the wear properties will become a valuable tool for those involved in the design and application of thermally sprayed coatings.
Session 1: Wear Protection 1Wednesday, May 16, 2007 • 10:50 AM - 12:10 PMSession Chairs: G. Schürholt, Saint-Gobain Coating Solutions P. Vuoristo, Tampere University of Technology
Session 2: Wear Protection 2Wednesday, May 16, 2007 • 1:50 PM - 3:10 PMSession Chairs: G. Schürholt, Saint-Gobain Coating Solutions P. Vuoristo, Tampere University of Technology
Session 3: Wear Protection 3Wednesday, May 16, 2007 • 3:40 PM - 5:20 PMSession Chairs: G. Schürholt, Saint-Gobain Coating Solutions P. Vuoristo, Tampere University of Technology
Technical Program – Applications & Properties
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Technical Program – Equipment and ProcessesArc Spraying
Champion: J. Wilden, Technical University of IlmenauArc Spraying has taken on an important role in thermal spray applications due to its cost efficiency and high deposition rate. Over the past 90 years, the arc spray process has continually improved, further broadening the range of applications that can be achieved in the 21st century. This program covers the results of research on new applications, improvements and investigations of the arc spray process. New basic approaches using computational fluid dynamics, new feedstock materials and/or new power supplies will be presented.
Session 1: Arc SprayingWednesday, May 16, 2007 • 1:50 PM - 3:10 PMSession Chairs: M. Fukumoto, Toyohashi University of Technology J. Wilden, Technical University of Ilmenau
Cold Spray
Champions: J. Villafuerte, Centerline (Windsor) Ltd. P. Heinrich, Linde AG K. Karthikeyan, ASB Industries, Inc. C. H. Lee, Hanyang University L. Zhao, RWTH Aachen UniversityCold spray is a new solid-state spraying process and the latest addition to the thermal spray family, wherein a cold supersonic particle jet can be used to produce protective coatings, surface modification, restoration, or freestanding shapes. In this program, researchers and engineers from around the world will present recent scientific advances and industrial trends using this new technology. A number of cold spray topics will be covered including applications, new process development, process modeling, mechanisms and kinetics, and properties and characterization of cold sprayed deposits. Attendees will gain valuable knowledge, not only on the science behind cold spray, but also on state-of-the-art industrial and commercial applications for this new spraying technology.Session 1: Cold Spray 1Monday, May 14, 2007 • 1:50 PM - 3:10 PMSession Chairs: J. Villafuerte, Centerline (Windsor) Ltd. P. Heinrich, Linde AGSession 2: Cold Spray 2Monday, May 14, 2007 • 3:40 PM - 5:20 PMSession Chairs: L. Zhao, RWTH Aachen University H. Kreye, Helmut Schmidt University Hamburg Session 3: Cold Spray 3Tuesday, May 15, 2007 • 8:20 AM - 10:20 AMSession Chairs: J. Villafuerte, Centerline (Windsor) Ltd. C. H. Lee, Hanyang University
Session 4: Cold Spray 4Tuesday, May 15, 2007 • 10:50 AM - 12:10 PMSession Chairs: A. N. Papyrin, Cold Spray Technology T. Schmidt, Helmut Schmidt University Hamburg Session 5: Cold Spray 5Tuesday, May 15, 2007 • 1:50 PM - 3:10 PMSession Chairs: W. Kroemmer, Linde AG J. Villafuerte, Centerline (Windsor) Ltd. Session 6: Cold Spray 6Tuesday, May 15, 2007 • 3:40 PM - 5:20 PMSession Chairs: H. Helmut, Cold Gas Technology GmbH B. Jodoin, University of Ottawa
Session 7: Cold Spray 7Wednesday, May 16, 2007 • 8:20 AM - 10:20 AMSession Chairs: H. Kim, Research Institute of Industrial Science & Technology J. Villafuerte, Centerline (Windsor) Ltd
HVOF
Champions: X. Huang, TSCC/Surface Engineering Institute of CAAMS B. Wielage, Chemnitz UniversityHVOF is a technology that has rapidly developed and has wide ranging applications. This program covers almost all aspects of HVOF spraying including equipments and systems, and process and predictions. We will present the latest R&D in HVOF spraying processes through experiments, and explain theories through case studies. The presentations and comparisons of experiments and operations will make the advantages and shortcomings of each process/system clear, providing a guide to actual industries and further research.
Session 1: HVOF 1Tuesday, May 15, 2007 • 1:50 PM - 3:10 PMSession Chair: X. Huang, TSCC/Surface Engineering Institute of CAAMS
Session 2: HVOF 2Tuesday, May 15, 2007 • 3:40 PM - 5:20 PMSession Chair: X. Huang, TSCC/Surface Engineering Institute of CAAMS
ITSC 2007 ADVANCE PROGRAM
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Modeling & Simulation
Champions: A. Vardelle, Limoges University C. C. Berndt, James Cook University J. Mostaghimi, University of Toronto R. Nickel, RWTH Aachen UniversityModels and numerical simulations are becoming common tools for increasing the understanding of thermal spray processes and coating formation, and for helping engineers and scientists establish optimal spraying parameters. This program covers a broad range of topics dealing with advanced research work such as current challenges and future opportunities; arcs, flames and plasma torches; plasma spraying of suspensions and solutions; coating formation and properties; correlating models to performance; modeling of high temperature corrosion; simulation of coating lifetimes under cyclic conditions; modeling of cracking processes as observed by acoustic emission for example, and statistical methods that measure the accuracy of computational techniques. The sessions will encourage active participation by the attendees.
Session 1: Arcs, Plasmas and TorchesMonday, May 14, 2007 • 10:50 AM - 12:10 PMSession Chairs: A. Vardelle, Limoges University B. Jodoin, University of Ottawa
Session 2: Flame and Plasma JetsTuesday, May 15, 2007 • 1:50 PM - 3:10 PMSession Chairs: C. C. Berndt, James Cook University R. Nickel, RWTH Aachen University
Session 3: Suspension and Solution Plasma SprayingTuesday, May 15, 2007 • 3:40 PM - 5:20 PMSession Chairs: M. Boulos, University of Sherbrooke J. Wilden, Technical University of Ilmenau
Session 4: Splat Formation and Coating PropertiesWednesday, May 16, 2007 • 8:20 AM - 10:20 AMSession Chairs: J. Mostaghimi, University of Toronto M. Fukumoto, Toyohashi University of Technology
Session 5: Plasma ParticlesWednesday, May 16, 2007 • 10:50 AM - 12:10 PMSession Chairs: P. Fauchais, Limoges University S. Siegmann, EMPA – Materials Science and Technology
Plasma Spraying
Champions: R. Knight, Drexel University S. Oki, Kinki University K. Zhou, Guangzhou Institute of Non-Ferrous MetalsPlasma spraying has long been one of the mainstay technologies in the thermal spray family of processes. Its versatility, flexibility and unique capabilities enable it to produce coatings from the widest range of materials for applications ranging from repair to automotive to aerospace. The sessions in this program will feature the work of experts from around the world, on the latest developments in both the technology of air and vacuum plasma spraying, and its use to produce coatings for new and demanding applications.
Session 1: Plasma Spraying 1Monday, May 14, 2007 • 10:50 AM - 12:10 PMSession Chairs: R. Knight, Drexel University S. Oki, Kinki University
Session 2: Plasma Spraying 2Monday, May 14, 2007 • 1:50 PM - 3:10 PMSession Chairs: S. Oki, Kinki University K. Zhou, Guangzhou Institute of Non-Ferrous Metals
Session 3: Plasma Spraying 3Monday, May 14, 2007 • 3:40 PM - 5:20 PMSession Chairs: K. Zhou, Guangzhou Institute of Non-Ferrous Metals H. Tahara, Osaka University
Session 4: Plasma Spraying 4Tuesday, May 15, 2007 • 8:20 AM - 10:20 AMSession Chairs: H. Tahara, Osaka University Y. Ando, Ashikaga Institute of Technology
Session 5: Plasma Spraying 5Tuesday, May 15, 2007 • 10:50 AM - 12:10 PMSession Chairs: Y. Ando, Ashikaga Institute of Technology R. Knight, Drexel University
Technical Program – Equipment and Processes
ITSC 2007 ADVANCE PROGRAM
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Pre/Post Treatment, Consumables/GasesChampions: S. Kuroda, National Institute for Materials Science P. Heinrich, Linde AGConsumables (feedstock powders and wires) and gases used for thermal spraying are very important to the spraying process; even crucial to realizing coatings with the desired structure and performance. Similarly, pre- and post-treatment can dramatically affect the coatings’ characteristics such as adhesion, microstructure and corrosion/erosion resistance. In this session, we will examine several novel post-spray treatment methods and novel feedstock materials, and discuss the basic study of grit blasting.
Session 1: Pre/Post Treatment/Consumables/GasesWednesday, May 16, 2007 • 3:40 PM - 5:20 PMSession Chairs: P. Heinrich, Linde AG S. Kuroda, National Institute for Materials Science
Sensors & ControlsChampions: C. Moreau, National Research Council of Canada K. Bobzin, RWTH Aachen UniversityAdvanced sensors are developed for monitoring and controlling thermal spray processes. The information collected by these sensors provides the scientists with data necessary to better understand the physical and chemical phenomena involved during spraying, and provides the engineers with a view on the process to better control it on the production floor. The sessions in the program will provide thermal spray practitioners, engineers and scientists with an update on new sensing technologies and control strategies to optimize coating properties, and methods for spraying consistent and reliable coatings in production.
Session 1: Process Diagnostics, Sensors & Controls 1Monday, May 14, 2007 • 10:50 AM - 12:10 PMSession Chairs: K. Bobzin, RWTH Aachen University C. Moreau, National Research Council of Canada
Session 2: Process Diagnostics, Sensors & Controls 2Monday, May 14, 2007 • 1:50 PM - 3:10 PMSession Chairs: F. Ernst, RWTH Aachen University J. V. R. Heberlein, University of Minnesota
Session 3: Process Diagnostics, Sensors & Controls 3Monday, May 14, 2007 • 3:40 PM - 5:20 PMSession Chairs: L. Pouliot, Tecnar Automation Ltee L. Zhao, RWTH Aachen University
Champion: J. V. R. Heberlein, University of MinnesotaThe poster session provides an excellent overview of the entire conference with notable papers addressing virtually every aspect of thermal spray. The poster presentations cover properties, characterization and testing of thermal spray and other technologies. The latest advances in cold spray, nanomaterials, applications and case studies will be covered. If you miss a session covering any of these topics, the poster session will offer another opportunity to discuss these important subjects.Monday, May 14, 2007 • 12:10 PM - 1:30 PMApplications & Properties• Applications & Case Studies• Biomedical Coatings• Ceramics & TBCs• Corrosion Protection • Economic and Regulatory• Nanomaterials• Properties, Characterization and Testing• Thermal Spray and other Surface Engineering
Technologies• Wear Protection
Equipment and Processes• Arc Spraying• Cold Spray• HVOF• Modeling and Simulation• Plasma Spraying• Pre/Post Treatment• Process Diagnostics, Sensors and Controls
Technical Program – Equipment and Processes
Poster Session
Attention International Delagates:
Be sure to obtain your visa early.
Please visit
www.asminternational.org/itsc07/travel.htm
for assistance.
ITSC 2007 ADVANCE PROGRAM
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Organizing CommitteesASM-TSS Representatives C. C. Berndt James Cook University (AU)
T. W. Clyne University of Cambridge (UK)
T. Coyle University of Toronto (CAN)
M. Dorfman Sulzer Metco (US), Inc., (USA)
M. Fukumoto Toyohashi University of Technology (J)
M. Gevelber Boston University (USA)
P. Hanneforth SpaCom LLC (USA)
J. Heberlein University of Minnesota (USA)
P. Heinrich Linde AG (D)
K. Hollis Los Alamos National Laboratory (USA)
X. Huang TSCC/Surface Engineering Institute of CAAMS (PRC)
J. Jerzembeck DVS – German Welding Society (D)
J. Karthikeyan ASB Industries, Inc. (USA)
A. Kay ASB Industries, Inc. (USA)
R. Knight Drexel University (USA)
S. Kuroda National Institute for Materials Science (J)
C. Lee Hanyang University (ROC)
B. Marple National Research Council of Canada (CAN)
C. Moreau National Research Council of Canada (CAN)
A. Patel Sulzer Metco (US), Inc. (USA)
Y. Tsunekawa Toyota Technological Institute (J)
R. C. Tucker The Tucker Group, LLC (USA)
P. Vuoristo Tampere University of Technology (Fl)
G. Wuest Sulzer Metco (US), Inc. (USA)
T. Yoshida The University of Tokyo (J)
Ding Chuanxian Shanghai Institute of Ceramics, Chinese Academy of Sciences
C. DingShanghai Institute of Ceramics, Chinese Academy of Sciences (PRC)
E. LugscheiderRWTH Aachen University (D)
C. LiXi’an Jiaotong University (PRC)
ITSC 2007 ADVANCE PROGRAM
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ENTR
AN
CE
ENTR
AN
CE
1 3 4 5 6 7 8 9
13 14 15 16 17 18 19 201110
31 30 29 28 27 26 23243334
37 38 40 41 42 43 46
22
47
21
48453635
Praxair SurfaceTechnologies
ASM/TSS
DVS Flame Spray Technologies BV
Millidyne
GTV GmbH
TocaloCo., Ltd.Buehler
Ltd.
Oseir Ltd.
HR
DeloroStellite Group
BaoSteelEquip. Maintenance
CarpenterPowder Product, Inc.
NorthwestMettech Corp.
57 56 54 53 52 51 49505859
61 62 64 65 66 67
72717069 73 74 75
6860
The NanosteelCompany
Stratonics, Inc.
UniqueCoatTechnologies
ProgressiveTechnologies, Inc
Wuxi Xinke Surface Engineering/Beijing Shang Keer
WEL TradingCo., Ltd.
Tieling YongxingSpray Co.
Shanghai XinyeSpray Machinery Co.,Ltd.
APS Materials, Inc.
HAI Advanced MaterialSpecialist, Inc.
MEC (Metallizing EquipmentCo. Pvt. Ltd.)
TeroLab SurfaceGroup SA
MetallisationLtd.
ShanghaiRuifa Spray
Saint-GobainCoating Solutions
BGRIMM (Beijing GeneralResearch Institute ofMining & Metallurgy)
H.C. Starck GmbH and
Sulzer Metco
Linde AG-Gas/CGT
GeneralMetal Alloys
PolymetCorporation
DeWALIndustries
TecnarAutomation Ltd.
COFFEE DESK
76 77 78
MétallisationNord Industrie
Fujimi,Inc.
BAM (BeijingAdvanced Metal)
2007 ITSC ExpositionExhibitor List (as of 1-19-07)BOOTH # COMPANY37 APS Materials, Inc.13 ASM/TSS77 BAM (Beijing Advanced Metal)45, 46 BaoSteel Equipment Maintenance Co., Ltd.14 Buehler Ltd.49, 50 BGRIMM (Beijing General Research Institute of Mining & Metallurgy)47, 48 Carpenter Powder Product, Inc.5, 6 Deloro Stellite Group52 DeWAL Industries38 DVS78 Fujimi, Inc.54 General Metal Alloys4 Green Belting Industries Ltd.16, 17 GTV GmbH71 HAI Advanced Material Specialist, Inc.26, 27, 28, 29, H.C. Starck GmbH and 40, 41, 42, 43 Flame Spray Technologies BV30, 31 Linde AG-Gas and Engineering/ CGT (Cold Gas Technology GmbH)74 MEC (Metallizing Equipment Co. Pvt. Ltd.)75 Metallisation Ltd.
The three-day Exposition is an integral part of ITSC. If you are looking for new products and services, questions and answers or simply new ideas, the ITSC 2007 Exposition is the place for you! The exhibitors are experts who can offer attendees a wealth of problem-solving information and cost-saving opportunities.
Exhibit Dates and HoursMonday, May 14 1:30 PM - 5:00 PM
Exhibitor Reception On the Show Floor 5:00 PM - 7:00 PM
General InformationFull-Day City Tour in BeijingThursday, May 17, 2007 • 8:00 AM - 4:00 PMTwo different city tours will be offered. Please see the registration form to register for either tour described below.
City Tour of Tian’anmen Square, Forbidden City & Summer PalaceTian’anmen Square is at the very center of Beijing city and is the largest public square in the world. Tian’anmen Square is bounded to the north by Tian’anmen Gate, or the Rostrum. It was from the Rostrum that Mao proclaimed the People’s Republic of China on October 1, 1949. Crossing Changan Avenue and directly behind the Rostrum is the Forbidden City, so called because it was off limits to commoners for 500 years. Originally built between 1406 and 1420 as a palace for the Ming and Qing Emperors, it lies on more than 178 acres and has more than 8,600 rooms. One of the finest landmarks in Beijing is the Summer Palace. This site has long been a royal garden and was enlarged and embellished in 1888 using money that was supposedly resolved for the construction of a modern navy academy. Guests will take boat ride while at the Summer Palace on Kunming Lake. Lunch is included on this tour.
City Tour of The Great Wall (Juyongguan Section), Sacred Way (Ming Tombs Area), & Cloisonne FactoryThe Great Wall of China is one of the most stunning, man-made buildings in history. Started in the fifth century B.C. and gradually extended over the centuries, it served as a defensive boundary against the Huns and other nomadic tribes. It’s a challenging hike from the valley floor to the top, but the reward is a spectacular view of the wall snaking for miles over mountainous terrain. Comfortable rubber soled hiking boots are strongly recommended. Participants with time left after the climb may wander the market at the base of the Great Wall and put their negotiating skills to the test against local vendors. In total, 13 of the 16 Ming emperors are buried in the Ming Tombs. While the tombs themselves are disappointing, the scenery along the Sacred Way is charming. The Sacred Way is a paved walkway with huge stone animals and warriors on either side designed to protect the emperors in the afterlife. Cloisonné is a famous, traditional enamelware, known as the “Blue of Jingtai” in China, with a history of over 500 years. It was so called because “blue” was the typical color used for enameling and “Jingtai” was the reign title of the 7th Ming Emperor. They are brilliant in colors and splendid in design. Cloisonné is one of the famous arts and crafts of Beijing. Lunch is included on this tour.
ITSC 2007 Awards BanquetTuesday, May 15, 2007Reception 6:30 PMDinner 7:00 PMCrowne Plaza Hotel Beijing WuzhouJoin us Tuesday evening at the ITSC 2007 Banquet to recognize the recipients of the 2007 Best Paper and Best Poster Awards. One banquet ticket is included with a Complete Registration; additional tickets may be purchased on the registration form at $80.00 each.
Journal of Thermal Spray Technology (JTST)To stay up-to-date on the best of new thermal spray research combined with the latest applications, read the ASM/TSS Journal of Thermal Spray Technology. Special discounts for ASM/TSS members! To subscribe, contact Springer Customer Service at [email protected]; or tel: 800/777-4643 or 201/348-4033 ext. 312.
Endorsing Sponsors of ITSC 2007• Asian Surface Technologies, PTE. Ltd (SGP) • CEREM CEA (F) • China Surface Engineering Association (PRC) • Commission of the European Community (B) • DGO – Deutsche Gesellschaft für Galvano- und
Oberfiächentechnik e. V. (D) • DGM – Deutsche Gesellschaft für Materialkunde e. V. (D) • DKG – Deutsche Keramische Gesellschaft e. V. (D) • DVS – Deutsche Verband für Schweissen e. V. (D) • GTS – Gemeinschaft Thermisches Spritzen e.V. (D) • HTS – High Temperature Society of Japan (J) • ITSA – International Thermal Spray Association (USA) • IIW – International Institute of Welding (F) • JTSA – Japan Thermal Sprayers Association (J) • JTSS – Japanese Thermal Spray Society (J) • Shanghai Institute of Ceramic of Chinese Academy of
Science (PRC)• Shanghai BaoSteel Equipment Maintenance Co., Ltd. (PRC)• SVS – Schweizer Verein für Schweißtechnik (CH) • TSCC – TSCC/Surface Engineering Institute of CAAMS (PRC)• TSSEA – Thermal Spraying & Surface Engineering
Association (GB) • TWI – The Welding Institute (GB) • VDI – Verein Deutscher Ingenieure (D) • VDI – Technologiezentrum (D) • VDI - Werkstofftechnik (D) • Werkstoff-Forum RWTH Aachen (D)
ITSC 2007 ADVANCE PROGRAM
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Registration InformationComplete Registration Includes:• Plenary Program• 3-day Technical Conference• 3-day Exposition and Exhibitor Reception• Daily Refreshment Breaks• One Conference Proceedings• One Awards Banquet Ticket
Room Monitors:Students wishing to serve as a room monitor for the full event will receive a complimentary minimum registration. Students wishing to serve as a room monitor for only one day will receive a complimentary one day registration to include the technical sessions, refreshment breaks and the exposition for that day only. Please contact Michelle Underwood, Event Planner PHONE: 440-338-5151, ext. 5231, Fax: 440-338-4634, or email [email protected]. Note that room monitor positions are available on a first-come basis.
Registration Bonus for Non-MembersIf you are not a member of ASM/TSS at the time of your registration you will receive a Complimentary One-Year ASM/TSS Membership or Material Advantage Student Membership as a bonus for attending ITSC 2007. Please complete the registration form carefully as this information will be entered as your new member data. We look forward to your active participation as a new ASM/TSS Member!
Advance Registration Deadline – April 16, 2007There are three convenient ways to register:• Register online at www.asminternational.org/itsc• Fax your completed registration form including credit card information to DVS-
German Welding Society at +49 (0) 211 1591 300• Mail your completed registration form with payment (U.S. Dollars only) to DVS
– German Welding Society, Aachener Straße 172, D-40223 Düsseldorf, Germany (Payment to: DVS, Dresdner Bank Düsseldorf, IBAN-code: DE 82 3008 0000 0212 6011 00, Swift-code: DRESDEFF 300), keyword for credit transfer (please do not forget): ITSC 2007, name of registrant.
• Confirmation of registration will be sent within 10 business days. • Direct any questions to: DVS – German Welding Society Aachener Straße 172 D-40223 Düsseldorf phone +49 (0) 211 1591 302 fax +49 (0) 211 1591 300
• Register early to avoid standing in line when you arrive at the event! Advance registration must be postmarked by April 16, 2007. Payment must be included with the registration form. Registration received without payment will not be processed.
• Registration packets can be picked up starting Sunday, May 13, from 2pm – 7pm at the Beijing International Convention Center.
On-Site Registration• If your registration form and payment have not been mailed to DVS-German Welding
Society by April 16, 2007, you will be required to fill out a registration form and pay on-site by cash, check, traveler’s check (made payable to ASM International), or credit card (VISA, MasterCard, American Express).
• Education Course Registration hours at the Crowne Plaza Hotel Park View Wuzhou:
o Thursday, May 10 7:00 AM – 9:30 AMo Friday, May 11 7:00 AM – 9:30 AMo Saturday, May 12 7:00 AM – 9:30 AM
• Conference and Exposition Registration hours at the Beijing International Convention Center:
o Sunday, May 13 2:00 PM – 7:00 PMo Monday, May 14 7:00 AM – 5:00 PMo Tuesday, May 15 7:00 AM – 5:00 PMo Wednesday, May 16 7:00 AM – 2:00 PM
Cancellation PolicyRegistration fees will be refunded if a written request is received by April 16, 2007. Written requests received after this date will be subject to a $50 service fee. Refund requests will not be honored after May 12, 2007. Send your request to DVS-German Welding Society, Aachener Straße 172; DVS-German Welding Society, D-40223, Düsseldorf, Germany, or fax +49 (0) 211 1591 300
Tax DeductionAn income-tax deduction is allowed for expenses for education (including registration fees, travel, meals, and lodging) undertaken to maintain and improve professional skills (see Treas. Reg. 1.162-5) (U.S. registrants only).
Policy on Audio and Video Recording of Technical Paper Presentation/SessionsASM Thermal Spray Society reserves the right to any audio and video reproduction of presentations at every ASM/TSS technical session. Recording of sessions (audio, video and still photography, etc.) intended for personal use, distribution, publication, or copyright without the express written consent of ASM and the individual authors is strictly prohibited.
Policy on Cellular Phone UsageIn consideration of fellow event attendees and presenters, Event Management kindly requests your cooperation in minimizing disturbances which may occur during technical sessions. We would ask that cellular phones or other electronic devices be placed in “silent mode” while you are in meeting rooms.
Hotel InformationThe Crowne Plaza Hotel Park View Wuzhou and the Beijing Continental Grand Hotel will provide housing for ITSC 2007. Both Hotels are located next to the Beijing International Convention Center and are within walking distance of restaurants, shops and the development zone for the 2008 Summer Olympics.
Housing ReservationsCrowne Plaza Hotel Park View Wuzhou: All reservations at the Crowne Plaza Hotel Park View Wuzhou are inclusive of taxes and include (1) daily American buffet breakfast (max. 2 per room). The special ITSC 2007 Conference Rates range from $190 USD - $215 USD depending on individual requests. Please note that all reservations must be guaranteed with a credit card or deposit equal to the first night’s room rate. All reservations should be made by April 16, 2007. There are two convenient ways to make your reservation at the Crowne Plaza Hotel:
1. Make your reservation online at www.asminternational.org/itsc07/location.htm
2. Fax or email the Crowne Plaza reservation form to + 86 (0) 10 6499 3161, email: [email protected], ATTENTION: Andrias Ananta. Reservations will not be processed without payment. This form is found at www.asminternational.org/itsc07/location.htm.
Beijing Continental Grand Hotel: All reservations at the Beijing Continental Grand Hotel are inclusive of taxes and include (1) daily American buffet breakfast daily. The special ITSC 2007 Conference Rates range from $80 USD - $135 USD depending on individual requests. Please note that all reservations must be guaranteed with a credit card or deposit equal to the first night’s room rate. All reservations should be made by April 16, 2007. To make your reservation at the Beijing Continental Grand Hotel:
Fax or email your reservation to + 86 (0) 10 8497 2651, email: [email protected], ATTENTION: Mr. Zhang Kewei. Reservations will not be processed without payment. This form is found at www.asminternational.org/itsc07/location.htm.
Airport TransportationThe most efficient mode of transportation from the airport to the hotel is by taxi, which is readily available outside Passenger Terminal 2. The approximate cost of a one-way taxi ride from the Beijing Capital International Airport to either hotel is $15 ( USD).
ITSC 2007 ADVANCE PROGRAM
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– Li
u Fe
i • T
SCC
• Ph
one:
86
10 6
4 88
25
60 •
Fax
: 86
10 6
4 87
23
16
Emai
l: xi
aoou
@ch
inat
herm
alsp
ray.
org
Plea
se m
ake
fligh
t res
erva
tion
for m
e fr
om S
hang
hai t
o Be
ijing
o
Yes
o
No
(Ple
ase
note
, by
sele
ctin
g “N
o” a
bove
, you
are
resp
onsi
ble
for m
akin
g yo
ur o
wn
trav
el a
rran
gem
ents
from
Sh
angh
ai to
you
r nex
t des
tinat
ion
at th
e co
nclu
sion
of t
he to
ur).
If TS
CC d
oes
not r
ecei
ve e
noug
h re
gist
ratio
ns b
y M
arch
10t
h, th
e to
ur m
ay b
e ca
ncel
led.
VIS
IT W
WW
.AS
MIN
TE
RN
AT
ION
AL
.OR
G/I
TS
C
Tour
Cho
ices
– A
ll pr
ices
are
per
per
son.
Ple
ase
indi
cate
you
r cho
ice
and
num
ber o
f per
sons
.
Tour
Co
st P
er P
erso
n Ho
tel C
hoic
e*
No. o
f Tic
kets
A. S
hang
hai B
aoSt
eel E
quip
men
t $7
0 U
SD
o
Ren
aiss
ance
Yan
gtze
Sha
ngha
i M
aint
enan
ce C
o., L
td.
(airl
ine
and
hote
l
Hot
el (5
Sta
rs)
ar
e ad
ditio
nal
(a
dditi
onal
$19
4.06
USD
) __
____
____
char
ges)
o
R
ainb
ow H
otel
(4 S
tars
)
(add
ition
al $
96.2
5 U
SD)
B. S
hang
hai B
aoSt
eel E
quip
men
t $1
10 U
SD
o
Ren
aiss
ance
Yan
gtze
Sha
ngha
i M
aint
enan
ce C
o., L
td. P
LUS
(airl
ine
and
hote
l
Hot
el (5
Sta
rs)
City
Tou
r of S
hang
hai
are
addi
tiona
l
(add
ition
al $
194.
06 U
SD)
____
____
__
ch
arge
s)
o
Rai
nbow
Hot
el (4
Sta
rs)
(a
dditi
onal
$96
.25
USD
)
*Hot
el R
oom
Rat
es in
clud
e br
eakf
ast a
nd a
re fo
r ref
eren
ce o
nly.
Fina
l roo
m ra
tes
will
be
issu
ed b
y M
arch
20,
200
7
Appo
inte
d Fl
ight
s o
Ap
poin
ted
fligh
t fro
m B
eijin
g to
Sha
ngha
i in
the
mor
ning
on
17th
May
, 200
7: C
Z 39
07 (
8:25
AM
10:
15 A
M)
o
Appo
inte
d fli
ght f
rom
Sha
ngha
i to
Beiji
ng in
the
mor
ning
on
18th
May
, 200
7(w
ithou
t city
tour
of S
hang
hai):
M
U 5
105
(10:
00 A
M 1
2:15
PM
)o
Ap
poin
ted
fligh
t fro
m S
hang
hai t
o Be
ijing
in th
e af
tern
oon
on 1
8th
May
, 200
7(w
ith c
ity to
ur o
f Sha
ngha
i):
CA 1
516
(6:5
5 PM
9:3
0 PM
)*
Ref
eren
ce p
rice
of fl
ight
tick
et (o
ne w
ay):
USD
$16
0/pe
rson
(Fin
al d
isco
unt p
rice
will
be
issu
ed b
efor
e
Mar
ch 2
0, 2
007.
)
TSCC
will
onl
y ar
rang
e bu
ses
to a
irpo
rts
for t
he a
ppoi
nted
flig
hts.
A. T
hurs
day,
May
17
– Fr
iday
, May
18,
200
7Sh
angh
ai B
aoSt
eel E
quip
men
t Mai
nten
ance
Co.
, Ltd
.
Ti
me
Arra
ngem
ents
Thur
sday
, May
17,
200
7
6:3
0 AM
D
epar
t Cro
wne
Pla
za fo
r Bei
jing
Airp
ort
8:2
5 AM
In
Flig
ht –
Bei
jing
to S
hang
hai
10:5
0 AM
Ar
rive
in S
hang
hai –
boa
rd b
uses
to
hot
els
11:3
0 AM
Ch
eck-
in a
t hot
els
12:0
0 PM
Bu
ffet L
unch
at R
enai
ssan
ce H
otel
12:3
0 PM
Bo
ard
Bus
for B
aoSt
eel
1:3
0 PM
Ar
rive
at B
aoSt
eel/W
elco
me
Addr
ess
3:3
0 PM
Vi
sit W
ork
Shop
of B
aoSt
eel
4:3
0 PM
R
ound
Tabl
e D
iscu
ssio
n
6:0
0 PM
W
elco
me
Banq
uet f
or a
ll at
tend
ees
Frid
ay, M
ay 1
8, 2
007
8:0
0 AM
D
epar
t app
oint
ed h
otel
for S
hang
hai
airp
ort
10:0
0 AM
In
Flig
ht –
Sha
ngha
i to
Beiji
ng
12:1
5 PM
Ar
rive
in B
eijin
g
B. T
hurs
day,
May
17
– Fr
iday
, May
18,
200
7Sh
angh
ai B
aoSt
eel E
quip
men
t Mai
nten
ance
Co.
, Ltd
.Ci
ty T
our o
f Sha
ngha
i(H
uang
pu R
iver
, The
Bun
d, T
he O
ld C
ity G
od’s
Tem
ple,
Yu
yuan
Gar
den,
Sha
ngha
i Old
Str
eet)
Ti
me
Arra
ngem
ents
Thur
sday
, May
17,
200
7
6:3
0 AM
D
epar
t Cro
wne
Pla
za fo
r Bei
jing
Airp
ort
8:2
5 AM
In
Flig
ht –
Bei
jing
to S
hang
hai
10:5
0 AM
Ar
rive
in S
hang
hai –
boa
rd b
uses
to
hot
els
11:3
0 AM
Ch
eck-
in a
t hot
els
12:0
0 PM
Bu
ffet L
unch
at R
enai
ssan
ce H
otel
12:3
0 PM
Bo
ard
Bus
for B
aoSt
eel
1:3
0 PM
Ar
rive
at B
aoSt
eel/W
elco
me
Addr
ess
3:3
0 PM
Vi
sit W
ork
Shop
of B
aoSt
eel
4:3
0 PM
R
ound
Tabl
e D
iscu
ssio
n
6:0
0 PM
W
elco
me
Banq
uet f
or a
ll at
tend
ees
Frid
ay, M
ay 1
8, 2
007
8:0
0 AM
Ch
eck
out o
f hot
el –
boa
rd b
us fo
r
ci
ty to
ur
8:3
0 A
M
City
Tou
r of S
hang
hai
12:3
0 PM
Lu
nch
1:3
0 PM
R
esum
e Ci
ty T
our
4:4
0 PM
D
epar
t Sha
ngha
i for
Airp
ort
6:5
5 PM
In
Flig
ht –
Sha
ngha
i to
Beiji
ng
9:3
0 PM
Ar
rive
in B
eijin
g
TS
S/DV
S/IIW
/
TSCC
/JTS
S/HT
S/
BG
RIM
MCo
mpl
ete
Regi
stra
tion5
Mem
ber
ASM
Mem
bers
No
n-M
embe
rs
At
tend
ee
o $
1180
o
$12
201
o $
1380
2
Pa
rtic
ipan
t (Pr
esen
ting
Auth
or, P
oste
r Pre
sent
er, S
essi
on C
hair
or
Org
aniz
er O
NLY
) o
$9
85
o $
1015
1 o
$10
552
Min
imum
Reg
istr
atio
n
At
tend
ee
o $
1040
o
$10
801
o $
1250
2
Pa
rtic
ipan
t (Pr
esen
ting
Auth
or, P
oste
r Pre
sent
er, S
essi
on C
hair
or
Org
aniz
er O
NLY
) o
$ 7
75
o $
815
1 o
$ 8
552
Fu
ll-Ti
me
Stud
ent A
ttend
ee
o $
265
3 o
$ 2
653
o $
265
3, 4
Educ
atio
n Co
urse
s –
On o
r Bef
ore
Febr
uary
26t
h
Th
erm
al S
pray
Tech
nolo
gy (M
ay 1
0-12
) o
$ 9
95
o $
1055
o
$11
95
Unde
rsta
ndin
g an
d Im
prov
ing
your
The
rmal
Spr
ay P
roce
ss (M
ay 1
1-12
) o
$ 7
95
o $
835
o
$ 9
75
The
Met
allo
grap
hic
Prep
arat
ion
of G
as Tu
rbin
e Co
atin
gs (M
ay 1
2)
o $
475
o
$ 5
25
o $
645
St
uden
t The
rmal
Spr
ay Te
chno
logy
(May
10-
12)3
o $
295
o
$ 2
95
o $
295
St
uden
t Und
erst
andi
ng a
nd Im
prov
ing
your
The
rmal
Spr
ay
Proc
ess
(May
11-
12)3
o $
255
o
$ 2
55
o $
255
St
uden
t The
Met
allo
grap
hic
Prep
arat
ion
of G
as Tu
rbin
e Co
atin
gs
(May
12)
3 o
$ 1
95
o $
195
o
$ 1
95
Educ
atio
n Co
urse
s –
Afte
r Feb
ruar
y 26
th
Th
erm
al S
pray
Tech
nolo
gy (M
ay 1
0-12
) o
$10
45
o $
1105
o
$12
45
Unde
rsta
ndin
g an
d Im
prov
ing
your
The
rmal
Spr
ay P
roce
ss (M
ay 1
1-12
) o
$ 8
45
o $
885
o
$10
25
The
Met
allo
grap
hic
Prep
arat
ion
of G
as Tu
rbin
e Co
atin
gs (M
ay 1
2)
o $
525
o
$ 5
75
o $
695
St
uden
t The
rmal
Spr
ay Te
chno
logy
(May
10-
12)3
o $
345
o
$ 3
45
o $
345
St
uden
t Und
erst
andi
ng a
nd Im
prov
ing
your
The
rmal
Spr
ay P
roce
ss
(May
11-
12)3
o $
305
o
$ 3
05
o $
305
St
uden
t The
Met
allo
grap
hic
Prep
arat
ion
of G
as Tu
rbin
e Co
atin
gs
(May
12)
3 o
$ 2
45
o $
245
o
$ 2
45
Expo
sitio
n an
d Pr
ocee
ding
s
Ex
po O
nly
o $
3
0 o
$
30
o $
4
0
Expo
Onl
y St
uden
t o
$
20
o $
2
0 o
$
20
Pr
ocee
ding
s o
$ 1
20
o $
120
o
$ 1
50
Soci
al A
ctiv
ities
Aw
ards
Ban
quet
(Tue
sday
) o
$
80
No.
of t
icke
ts _
____
____
__
Be
ijing
City
Tour
I (T
iana
nmen
Squ
are,
For
bidd
en C
ity, S
umm
er P
alac
e)
incl
udes
lunc
h (T
hurs
day)
o
$
45
No.
of t
icke
ts _
____
____
__
Be
ijing
City
Tou
r II (
Gre
at W
all,
Sacr
ed W
ay a
nd C
lois
sone
Fac
tory
)
in
clud
es lu
nch
(Thu
rsda
y)
o $
4
0 N
o. o
f tic
kets
___
____
____
Indu
stry
Tou
r of B
aoSt
eel
See
sepa
rate
regi
stra
tion
form
Mem
bers
hip
Rene
wal
Ne
w M
embe
rshi
p
AS
M M
embe
rshi
p
o $
9
7 o
$ 1
07
AS
M M
embe
rshi
p ($
97/$
107)
+ T
herm
al S
pray
Soci
ety
Mem
bers
hip
($30
) o
$ 1
27
o $
137
1
ASM
Mem
ber f
ee in
clud
es o
ne-y
ear m
embe
rshi
p to
TSS
2
Non
-mem
ber f
ee in
clud
es c
ompl
imen
tary
one
-yea
r mem
bers
hip
to A
SM In
tern
atio
nal a
nd o
ne-y
ear m
embe
rshi
p to
TSS
3 To
qua
lify
for t
he s
tude
nt ra
te, y
ou m
ust a
ttach
a c
opy
of y
our s
tude
nt ID
or y
ou w
ill b
e ch
arge
d th
e fu
ll co
nfer
ence
fee
4
Full-
Tim
e St
uden
t Non
-mem
ber f
ee in
clud
es a
com
plim
enta
ry o
ne-y
ear M
ater
ial A
dvan
tage
(ASM
/TM
S/AI
ST/A
CerS
) Joi
nt S
tude
nt M
embe
rshi
p5
A co
py o
f the
Pro
ceed
ings
and
(1) B
anqu
et T
icke
t are
incl
uded
in th
e co
mpl
ete
regi
stra
tion
o Y
es, I
wis
h to
rece
ive
Adva
nced
Mat
eria
ls &
Pro
cess
es M
agaz
ine
(ASM
com
plet
e or
min
imum
con
fere
nce
regi
stra
nt o
nly)
Met
hod
of P
aym
ent (
all p
aym
ents
mus
t be
in U
.S. d
olla
rs) –
Reg
istr
atio
ns w
ill n
ot b
e pr
oces
sed
with
out f
ull p
aym
ent
o B
ank
Tran
sfer
(Pay
men
t to:
DVS
, Dre
sdne
r Ban
k D
üsse
ldor
f, IB
AN-c
ode:
DE
82 3
008
0000
021
2 60
11 0
0,
Swift
-cod
e: D
RES
DEF
F 30
0) K
eyw
ord
for c
redi
t tra
nsfe
r (pl
ease
do
not f
orge
t): I
TSC
2007
, nam
e of
regi
stra
nt
o C
redi
t Car
d Pa
ymen
t Enc
lose
d (p
leas
e ch
eck
one)
: o
Mas
terC
ard
o
Vis
a
o
Am
eric
an E
xpre
ss
Card
Hol
der
____
____
____
____
____
____
____
____
____
____
____
____
_ Ca
rd V
arifc
atio
n Co
de _
____
____
____
____
___
Card
# _
____
____
____
____
____
____
____
____
____
____
____
____
____
____
____
____
_ Ex
p. D
ate _
____
____
____
____
Sign
atur
e __
____
____
____
____
____
____
____
____
____
____
____
____
____
____
____
_ Gr
and
Tota
l ___
____
____
__
Inte
rnat
iona
l The
rmal
Spr
ay
Conf
eren
ce a
nd E
xpos
ition
Ev
ent R
egis
tratio
n Fo
rm
Adva
nce
Regi
stra
tion
Dead
line:
Apr
il 16
, 200
7 Fa
x or
mai
l thi
s fo
rm w
ith p
aym
ent t
o: D
VS-G
erm
an W
eldi
ng S
ocie
tyAa
chen
er S
tras
se 1
72, 4
0223
Düs
seld
orf,
Ger
man
y •
Fax
: +49
(0) 2
11 1
591
300
Plea
se p
rint o
r typ
e
M
r.
Ms.
M
rs.
D
r.
Pro
f.
ASM
/TSC
C/JT
SS/H
TS/B
GRIM
M/T
SS/D
VS/II
W ID
# (r
equi
red
for d
isco
unt)
____
____
____
Last
Nam
e __
____
____
____
____
____
____
____
____
____
___
Firs
t Nam
e __
____
____
____
____
___
Mid
dle
Initi
al _
____
__
Job
Title
___
____
____
____
____
____
____
____
____
____
____
____
____
____
____
____
____
____
____
____
____
____
____
Com
pany
___
____
____
____
____
____
____
____
____
____
____
____
____
____
____
____
____
____
____
____
____
____
___
Stre
et A
ddre
ss o
r P.
O. B
ox _
____
____
____
____
____
____
____
____
____
____
____
____
____
____
____
____
____
____
____
Dep
t./M
.S.
____
____
____
____
____
____
____
____
____
____
____
____
____
____
____
____
____
____
____
____
____
____
_
City
___
____
____
____
____
____
____
____
____
____
____
____
Sta
te/P
rovi
nce
____
____
____
____
Zip
___
____
____
____
_
Coun
try
____
____
____
____
____
____
____
____
____
____
____
____
____
____
____
____
____
____
____
____
____
____
____
Phon
e __
____
____
____
____
____
____
____
____
____
____
___
Fax
____
____
____
____
____
____
____
____
____
____
____
E-m
ail _
____
____
____
____
____
____
____
____
____
____
____
____
____
____
____
____
____
____
____
____
____
____
____
Is th
e ab
ove
addr
ess
a
bus
ines
s ad
dres
s or
a
hom
e ad
dres
s?
Pers
on to
con
tact
in c
ase
of e
mer
genc
y __
____
____
____
____
____
____
____
____
____
_ Ph
one
____
____
____
____
____
__
Com
pani
on _
____
____
____
____
____
____
____
____
____
____
____
____
____
____
____
____
____
____
____
____
____
____
1. W
hich
cat
egor
y be
low
BES
T DE
SCRI
BES
the
type
of o
rgan
izat
ion
in w
hich
you
are
em
ploy
ed (p
leas
e ch
eck
only
one
)?IN
DU
STR
IAL
IND
UST
RIA
L - C
on’t
X01
Aero
spac
e
X1
0 H
eat T
reat
ing
- Com
mer
cial
X1
9 ED
UCA
TION
X02
Auto
mot
ive
X11
Hea
t Tre
atin
g - C
aptiv
e (In
-hou
se)
X20
GOV
ERN
MEN
T
X0
3 Of
f-hig
hway
X1
2 He
at Tr
eatin
g - C
omm
erci
al &
Cap
tive
X21
BOO
K D
EALE
R
X0
4 Fa
bric
ated
Met
al P
rodu
cts
X13
Ther
mal
Spr
ay -
Com
mer
cial
X2
2 SU
BSCR
IPTI
ON A
GEN
T
X0
5 M
achi
nery
(exc
ept e
lect
rical
)
X1
4 Th
erm
al S
pray
- Ca
ptiv
e (In
-hou
se)
X06
Elec
trica
l/Ele
ctro
nic
Indu
stry
X1
5 Th
erm
al S
pray
- Co
mm
erci
al &
Cap
tive
X07
Chem
ical
/Pro
cess
Indu
stry
X1
6 Co
nsul
ting
X08
Prim
ary
Met
als
Prod
uctio
n
X1
7 Co
mm
erci
al Te
stin
g
X0
9 En
ergy
and
Util
ities
X1
8 Co
ntra
ct R
& D
2. P
leas
e ch
eck
a si
ngle
sel
ectio
n in
eac
h co
lum
n th
at B
EST
DESC
RIBE
S yo
u an
d yo
ur w
ork.
PR
INCI
PAL
WO
RK
DON
E IN
YOU
R S
ECTI
ON O
R D
IVIS
ION
JO
B CL
ASSI
FICA
TION
O
F TH
E O
RGAN
IZAT
ION
Y01
CEO/
Pres
iden
t/Gen
’l M
anag
emen
t
Y0
9 R
& D
Y02
Mgr
/Sup
ervi
sor o
f Div
isio
n or
Gro
up
Y10
Man
ufac
turin
g/Pr
oces
s En
gine
erin
g
Y0
3 Pr
ogra
m/P
roje
ct M
anag
er
Y11
Mat
eria
ls Te
stin
g an
d Se
lect
ion
Y04
Engi
neer
/Sci
entis
t
Y1
2 Qu
ality
Ass
uran
ce/Q
ualit
y Co
ntro
l
Y0
5 Te
chni
cian
/Ope
rato
r
Y1
3 De
sign
/Sel
ectio
n of
Mat
eria
ls
Y0
6 Pr
ofes
sor/I
nstru
ctor
Y1
4 M
arke
ting/
Sale
s
Y0
7 St
uden
t
Y1
5 Pu
rcha
sing
Y08
Libr
aria
n
Y1
6 Tr
aini
ng
3. H
ow m
any
empl
oyee
s ar
e at
you
r loc
atio
n? _
____
____
____
____
____
____
Z01
1-4
Z
04 1
5-19
Z0
7 10
0-24
9
Z1
0 10
00-2
499
Z02
5-9
Z
05 2
0-49
Z0
8 25
0-49
9
Z1
1 25
00 +
Z03
10-1
4
Z06
50-
99
Z09
500-
999
May
14-
16, 2
007
• Be
ijing
Inte
rnat
iona
l Con
vent
ion
Cent
er •
Bei
jing,
Peo
ple’s
Rep
ublic
of C
hina
VIS
IT W
WW
.AS
MIN
TE
RN
AT
ION
AL
.OR
G/I
TS
C
• A
VO
ID W
AIT
ING
IN
LIN
ES
…R
EG
IST
ER
ON
LIN
E T
OD
AY
!
ITSC 2007 ADVANCE PROGRAM
19
Sponsored by:
CETS0703
ASM International®
9639 Kinsman RoadMaterials Park, Ohio 44073-0002
ITSC 2007 ADVANCE PROGRAM
NON-PROFITU.S. POSTAGE
PAIDASM International
International Thermal Spray Conference and Exposition Global Coating Solutions
Beijing International Convention CenterBeijing, People’s Republic of ChinaMay 14-16, 2007
