69th World Foundry Congress
Oct. 16-20, 2010
Hangzhou China
Main Sponsor
Jinan Shengquan Group Share-holding Co., Ltd.
Sponsor
FOSECO Foundry (China) Co., Ltd.
Shenyang Research Institute of Foundry
Yeong Guan Energy Technology Group
Hüttenes-Albertus Chemische Werk GmbH
Suzhou Xingye Foundry Materials Co., Ltd.
Ashland – Südchemie – Kernfest GbmH
South China University of Technology
CHINA FOUNDRY
Co-Sponsor
China Foundry Association
Productivity Promotion Center of Foundry Industry
Zhejiang Foundry Society
Zhejiang Foundry Association
East China Foundry Association
Shanghai Foundry Association
Shanghai Foundry Society
Support Media
CHINA FOUNDRY
MODERN CASTING (AFS)
FOUNDRY TRADE JOURNAL (ICME)
JOURNAL OF JFS
METAL CASTING TECHNOLOGIES
FOUNDRY (IIF)
Foundry-Planet.com
FOUNDRY (FICMES)
SPECIAL CASTING & NONFERRROUS (FICMES)
MODERN CAST IRON (FICMES)
CHINA FOUNDRY MACHINERY & TECHNOLOG (FICMES)
FOUNDRY TECHNOLOGY (CFA)
FOUNDRY ENGINEERING
FOUNDRY EQIPMENT AND TRCHNOLOGY
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69th World Foundry Congress
Oct. 16-20, 2010
Hangzhou China
Secretariat of the 69th World Foundry Congress
Foundry Institution of Chinese Mechanical Engineering Society (FICMES)
Add: 17 South Yunfeng Street, Tiexi District, Shenyang, China 110022
TEL: +86 24 25851598, +86 24 25852311 ext. 202
FAX: +86 24 25855793
E-mail: info@wfc2010.com, secretariat@wfc2010.com
Web: www.wfc2010.com
About FICMES
Foundry Institution of Chinese Mechanical Engineering Society (FICMES), founded in 1962,
is responsible for the national academic exchange, consultation and training program in foundry
and die-casting field.
FICMES consists of 22 committees, have a large number of group members, keeps in touch with
many local foundry societies, enterprises, universities and research institutes. The council of
FICMES is made up of the well-known specialists, scholars and experts from universities,
institutes and enterprises around the country.
FICMES holds the China Foundry Annual Conference; Die-Casting Conference & Exhibition and
other academic activities every year. These conferences and exhibitions became a very important
activity.
FICMES publishes journals and other publications in foundry and die-casting field.
FICMES was formally admitted to be a member of World Foundry-men Organization (WFO) in
1978 and played the positive effect, FICMES successfully held the 61st World Foundry Congress
and China Foundex '1995 in Beijing in 1995, and the 69th World Foundry Congress (WFC2010)
will be held in China in 2010.
FICMES will continue promoting the Chinese foundry and die casting industry development, and
will strengthen exchange and carry out cooperation with Chinese and foreign foundry and die
casting industry.
Web: www.foundrynations.com
E-mail: society@foundrynations.com
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69th World Foundry Congress
Oct. 16-20, 2010
Hangzhou China
Contents
Invitation
Organization
Program at a Glance
Program of Technical Papers
Information for Speakers
Exhibition
Registration
Works Visits
General Information
Social Program
Accommodation
Post Congress Tours
World Expo 2010
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69th World Foundry Congress
Oct. 16-20, 2010
Hangzhou China
Invitation
The 69th World Foundry Congress will be held in Hangzhou, China, from October 16 to 20, 2010.
It will be hosted by WFO, and organized by FICMES and Hangzhou Municipal People's
Government.
On behalf of the congress organizing committee, I would like to heartily welcome all of you to the
traditional foundry event.
The theme chosen for the congress is Green Foundry. Our world is facing the pressures of energy,
resources and environment. Therefore, exploring new casting technologies and methods for
energy conservation and environmental protection is, indeed, a crucial problem that needs to be
solved for the sake of harmonious and sustainable development between human and nature.
It will be a golden opportunity for the foundrymen from all over the world to exchange ideas and
develop a common vision for the future of the world foundry industry, to explore the topics of our
common concern, to visit Chinese foundry enterprises, to participate in a variety of social
activities, to further understand and feel the colorful traditional Chinese culture. Moreover, you
will have the opportunity to visit Expo 2010 (Shanghai), and feel the world's science and
technology and culture development. Concurrently with the event, there will be CHINA
FOUNDEX 2010 and the International Foundry Photograph Exhibition. With the trust and
support of WFO and its members, more than 190 papers from 27 countries are collected now.
Hangzhou has enjoyed a history of over 2,200 years. It is one of the seven ancient capitals and the
most beautiful cities in China. Hangzhou has got the reputation of being a paradise on the earth.
Also Hangzhou has earned a reputation by Italian renowned traveler Mark Polo, as the most
beautiful and magnificent city in the world.
The organizers of the congress will provide the best hospitality and service to all participator and
will present the most exciting congress to the world's foundry industry.
We are looking forward to seeing you in this October, in Hangzhou, China.
With our best and warmest regards,
Li Rongde
Chairman
Organizing Committee of the 69th World Foundry Congress
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69th World Foundry Congress
Oct. 16-20, 2010
Hangzhou China
Organization
Executive of WFO
President
Vice President
Mr. Don Huizenga (US)
Mr. Xabier Gonzales Azpiri (ES)
Members
Mr. Senor Juan J Leceta (ES)
Prof. Guo-Xiong Sun (CN)
Mr. Niyazi Akdas (TR)
Prof. Dr. Eng Keisaku Ogi (JP)
Dr. Ing Gotthard Wolf (DE)
Prof. Myung – Ho Kim (KR)
Mr. Per Rolf Roland (NO)
Prof. Itsuo Ohnaka (JP)
Dr. Ing Milan Horacek (CZ)
Mr. Vinod Kapur (IN)
Mr. Colin Steed (GB)
Secretary General
Mr. Andrew Turner (GB)
Ms. Lynn Postle (GB)
Secretary
Past Presidents Council of WFO
M Francois Delachaux (FR)
Dipl Ing Alfred Buberl (AT)
Mr. Robert Jordan (GB)
Prof. Itsuo Ohnaka (JP)
Prof. Dr Ing Rektor Jozef Suchy(PL)
Prof. Dr Sc K Rusin (CZ)
Prof. Dr Zhou Yaohe (CN)
Mr. P R Roland (NO)
J J Leceta (ES)
Dr. Ing Milan Horacek (CZ)
Mr. J A Ferreirinha (PT)
Prof. Dr N N Alexandrov (RU)
Mr. G N Booth (US)
Prof. Dr S Gallo (IT)
Prof. Dr Eng G Ohira (JP)
Herr Dr Ing W Schaefers (DE)
Mr. Michael Clifford (GB)
Dr. Ing Gotthard Wolf (DE)
Dr. Ing Pravin N Bhagwati (IN)
Herr Dr A Voros MSc (HU)
Mr. A C T Alves (PT)
Mr. F A A Jasdanwalla (IN)
Dipl Ing Kughlgatz (DE)
Mr. R Conner Warren (US)
Prof. Dr Eng Keisaku Ogi (JP)
Organizing Committee of the 69th World Foundry Congress
Honorary President
Honorary Vice President
Consultant
Chairman
Vice Chairman
Committee members
Xu Kuangdi
Guo Shuyan, Lu Yansun, Zhou Yaohe, Jia Chengbing, Li Xinya
Miao Liang, Zhao Lixin, Liu Baicheng
Tang Yulin, Huang Naiyu, Wan Renfang
Li Rongde Shen Jian
Lou Yanchun, Sun Guoxiong, Li Yuanyuan,
Zhao Likang, Ding Peifan, Zhu Shigen
Zhang Libo, Guo Jingjie, Yu Yonglai, Zhai Qijie,
Huang Weidong, Zhu Jianxun, Sun Feng
Executive Committee of the 69th World Foundry Congress
Chief Commissioner
Lou Yanchun Zhao Likang
Deputy-Chief Commissioner
Zhang Libo, Zhai Qijie, Zhu Jianxun, Su Shifang, Xu Lan
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69th World Foundry Congress
Oct. 16-20, 2010
Hangzhou China
Program at a Glance
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69th World Foundry Congress
Oct. 16-20, 2010
Hangzhou China
Program of Technical Papers
Plenary Session
Sunday, October 17, 2010
10:30-12:10, 14:00-18:00
Main Assembly Room, Zhejiang People’s Great Hall
1. Energy Conservation and Emissions Reduction and Strategy Involved in Foundry Industry
１
２
１
Li Yuanyuan1, Chen Weiping , Huang Dan , Luo Jie , Liu Zhe1, Su Shifang3
(1. School of Mechanical & Automotive Engineering, South China University of Technology,
China; 2. School of Materials Science and Engineering, Henan Polytechnic University, China;
3. Shenyang Research Institute of Foundry, China)
2. Global Casting Trends & Combating International Competition — A SWOT (Strength,
Weakness, Opportunity, Threat) Analysis of Low Cost Nations Competing with Developed
Countries
Alfred Spada1, Chandra Rajan2
(1. American Foundry Society, Inc., USA; 2. FOSECO Metallurgical, Inc. USA)
3. The Mystery of Molten Metal
Natalia Sobczak 1, Jerzy Sobczak 1, Rajiv Asthana 2, Robert Purgert 3
(1. Foundry Research Institute, Poland; 2. Department of Engineering & Technology, University
of Wisconsin-Stout, USA; 3. Energy Industries of Ohio, USA)
4. Advanced Manufacturing Technologies of Large Martensitic Stainless Steel Castings with Ultra
Low Carbon and High Cleanliness
Lou Yanchun, Zhang Zhongqiu
(Shenyang Research Institute of Foundry (SRIF), China)
5. Advanced Casting Technologies for Lightweight Automotive Applications
Alan A. Luo, Anil K. Sachdev and Bob R. Powell
(General Motors Global Research and Development Center, USA)
6. Hydrogen Micro Pores in Cast Aluminum Alloys
Hiroyuki Toda1, Masakazu Kobayash 1, Kentaro Uesugi2 and Yoshio Suzuki2
(1. Department of Mechanical Engineering, Toyohashi University of Technology, Japan; 2. Japan
Synchrotron Radiation Research Institute, Japan)
7. The Chinese Ancient Casting Techniques
Tan Derui1, Lian Haiping2
(1. Chinese Society of Traditional Crafts, China; 2. Shanghai Museum, China)
8. Cast Iron — A Predictable Material (New Capabilities in Casting Process Simulation to Assess
Iron Casting Production and Properties)
Jörg C. Sturm, Guido Busch
(MAGMA Gießereitechnologie GmbH, Germany)
9. Impact Analysis of Casting Parts Considering Shrinkage Cavity Defect
Si-Young Kwak1,2, Jie Cheng2, and Jeong-Kil Choi1,2
(1. Cyber Design Center, KITECH, Korea; 2. School of Engineering, Korea University of Science
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69th World Foundry Congress
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Hangzhou China
& Technology, Korea)
Technical Sessions
Monday, October 18, 2010
09:00—10:30
Session 1 Cast Irons (1) - White & Grey Cast Irons
International Conference Hall
18. Investigation of Improving Wear Performance of Hypereutectic 15%Cr-2%Mo White Irons
R. Reda1, A. Nofal1, Khaled Ibrahim1 , A. Hussien2
(1. Central Metallurgical R&D Institute, Egypt; 2. Faculty of Engineering, Cairo University,
Egypt)
75. Solidification Structure and Tempering Characteristics of High Vanadium and High Chromium
White Cast Iron Containing Nickel
Ma Yongqing1, Yu Tao2, Liu Yanxia3
(1. Dalian Maritime University, China; 2. Dalian Haien Shipping Engineering Technology Co.,
Ltd., China; 3. Department of Physics, Liaoning University, China)
41. A Comparison of In-mould and Ladle Inoculation Treatments of Low Sulphur
Hyper-and-Hypoeutectic Grey Cast Irons
Iulian Riposan1, Mihai Chisamera1, Stelian Stan1, George Costache1, Michael Barstow2
(1. POLITEHNICA University of Bucharest, Romania; 2. Consultant Metallurgist, USA)
14. Oil Quenched Malleable Iron, the Strength of an Old Material in a “Green Cast” Development
and a New Future
Cornelis J. van Ettinger
(Gieterij Doesburg, Netherlands)
Session 2 Moulding Materials (1)
Multi-Function Hall
86. Foundry Sand Reclamation — Theory and Industrial Practice
R. Dańko, J. Dańko, M. Holtzer
(Department of Foundry Engineering Processes, AGH University of Science and Technology,
Poland)
59. Performance Characteristics of the Sodium Silicate Sand Hardened by Twice Microwave
Heating Process
Fan Zitian, Wu Xiangqing, Wang Huafang, Wang Jina, Long Wei
(State Key Laboratory of Material Processing and Die and Mould Technology, Huazhong
University of Science and Technology, China)
143. Test Casting Evaluation of Aeration Green Sand Molds
S. Ramrattan, A. Paudel, K. Nagarajan, & R. Bharadwaj
(Western Michigan University, USA)
25. Reduction of Greensand Emissions by Minimum 25% Case Study
Cornelis Grefhorst1 , Wim Senden2, Resat Ilman2
(1. S&B Industrial Minerals, Germany; 2. Componenta Foundry Heerlen, Netherlands)
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69th World Foundry Congress
Oct. 16-20, 2010
Hangzhou China
Session 3 Al Alloys (1)
Hangzhou Hall
197. Preparation of the Bimetallic 7075/6009 Aluminum Composite Ingots with Gradient Interface
by Continuous Casting
Zhang Weiwen, Zhen Xiaoping, Luo Zongqiang, Li Yuanyuan
(School of Mechanical and Automotive Engineering, South China University of Technology,
China)
221. Effect of Twin Roll Casting on Microstructure and Performance of 5052 Aluminum Alloy
Plate
Li Jintao, Xu Guangming, Cui Jianzhong
(Key Laboratory of National Education Ministry for Electromagnetic Processing of Materials,
Northeastern University, China)
253. Continuous Casting of Clad Aluminum Slab under Level Direct Current Magnetic Field
Sun Jianbo1, 2, Lu Yiping1, Yu Yingshui1, Sun Min3, Cao Zhiqiang1, Li Tingju1, Jin Junze1
(1. Key Laboratory for Materials Modification by Laser, Ion and Electron Beams, Ministry of
Education & School of Materials Science and Engineering, Dalian University of Technology,
China; 2. School of Materials Science and Engineering, Jiamusi University, China; 3. Shandong
Branch of Aluminum Corporation of China Limited, China)
264. Effect of Transference Velocity on Structure of Porous Metals Fabricated by Continuous
Casting Gasar Process
Liu Yuan, Zhang Xingming, Li Yanxiang
(Key Laboratory for Advanced Materials Processing Technology (Ministry of Education),
Department of Mechanical Engineering, Tsinghua University, China)
Session 4 Precision Casting (1)
Taizhou Hall
120. The Technology of Ceramic Mould Manufacture for Investment Casting of Titanium Alloys
A. Karwiński, N. Sobczak, W. Leśniewski, P. Wieliczko
(Foundry Research Institute, Poland)
174. A Novel Pattern Material for Investment Casting — Foam Wax
K. A. Guler, G. Ozer, Z. Taslicukur
(Metalurgical and Material Engineering Department, Yildiz Technical University, Turkey)
147. Strength and Abrasion Characteristics of Alloy Tool Steel Castings Produced by Investment
Casting Process
Eiji Endo1, Minoru Hatate2, Tohru Nobuki2 , Hideki Nakayama3
(1. Graduate School of Systems Engineering, Kinki University, Japan; 2. Faculty of Engineering,
Kinki University, Japan; 3. Castem, Co., Ltd., Japan)
136. Casting of Microstructured Shark Skin Surfaces and Possible Applications on Casting Parts
Todor Ivanov, Andreas Bührig-Polaczek, Uwe Vroomen
(Foundry Institute of RWTH Aachen University, Germany)
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69th World Foundry Congress
Oct. 16-20, 2010
Hangzhou China
Monday, October 18, 2010
11:00—12:30
Session 5 Cast Irons (2) - Ductile Cast Irons
International Conference Hall
117. Experimental Investigation of Chunky Graphite Formation in Small-section of Nodular Iron
Castings
S. Méndez, P. Larrañaga, J. Izaga, R. Suárez
(Azterlan Metallurgical Research Centre, Spain)
17. Evaluation of Different Cast Iron Grades for Stub-anode Connection in Aluminum Electrolytic
Cells
A. A. Nofal1, M. A. Waly1, M. M. Mourad1, A. A. Ahmed2 and M. A. Agour2
(1. Central Metallurgical R&D Institute (CMRDI), Egypt; 2. Aluminum Co., Egypt (Egyptalum),
Egypt)
49. Study on Microstructure and Properties of Austempered Ductile Iron With Carbides (CADI)
Liu Jinhai1, Li Guolu1, Zhang Huiyou2, Bian Boqian2, Xia Xingchuan1, Yang Zhaoyu1, Zeng
Yicheng3, Ye Xuexian3
(1. School of Materials Science and Engineering, Hebei University of Technology, China; 2.
Qianxi Aodiai Mechanical Casting Company, China; 3. China ADI Academic Committee, China)
71. Improving Machinability of Ductile Iron Automotive Brake Brackets
Mustafa Ata
(Continental Automotive Systems Germany, Germany)
90. Low Temperature Impact Strength of Heavy Section Ductile Iron Castings — Effects of
Microstructure and Chemical Composition
C. Labrecque1 , Cabanne2
(1. Rio Tinto Iron & Titanium (RTIT), Canada; 2. Rio Tinto Iron &Titanium (RTIT), UK)
Session 6 Moulding Materials (2)
Multi-Function Hall
272. Coating Application Consistency — The Total Coating Management Concept
Christoph Genzler
(FOSECO NETHERLANDS, Netherlands)
240. Study on the Ester-Cured Alkaline Phenolic Binder Systems for Large Steel Castings
Li Hankun, Li Shicheng, Zhang Xin, Liu Jiajun, Tan Rui, Li Ling
(Shenyang Research Institute of Foundry, China)
47. Influence of New Sol-Gel Refractory Coating on the Casting Properties of Cold Box and
Furan Cores for Cast Iron
U. C. Nwaogu1, T. Poulsen2, C. Bischoff 2 and N. S. Tiedje1
(1. Technical University of Denmark, Department of Mechanical Engineering, Institute of
Production and Process Technology, Denmark; 2. Danish Technological Institute, Centre for
Material Testing, Denmark)
162. Casting Defects Such as Gas Bubbles and Finning in Organically Bonded Molds and Cores
Klause Loechte
(Hüttenes-Albertus Chemische Werke GmbH, Germany)
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131. Influence of Cement Moulding Sands on the Structure of Castings
Ladislav Tomek, Karel Rusín, Ivo Stachovec
(Brno University of Technology, Czech)
Session 7 Al Alloys (2)
Hangzhou Hall
88. Optimization of Multistep Pouring Control Input for Aluminum Gravity Casting
Ken'ichi Yano1, Masahiro Maeda1, Yoshifumi Kuriyama1 , Seishi Nishido2
(1. Faculty of Engineering, Gifu University, Japan; 2. Aisin Takaoka Co., Ltd., Japan)
210. Effect of Squeeze Pressure on the Microstructure and Mechanical Property of Al-4Cu-1Mg
Alloy
Ngai Tungwai Leo, Zhao Haidong, Zhang Weiwen, Li Yuanyuan
(Guangdong Key Laboratory for Advanced Metallic Materials Fabrication and Forming, School
of Mechanical & Automotive Engineering, South China University of Technology, China)
273. The Microstructure and Mechanical Properties of Hypereutectic Al-Si Alloy during Hot
Extrusion Process
Li Runxia, Zhang Jia, Chen Yujin
(Shenyang University of Technology, China)
265. Effect of High Magnetic Field on Phase Transformation of 7085 Alloy during
Homogenization
He Lizi1, Li Xiehua2, Zhang Haitao1, Cui Jianzhong1
(1. Northeastern University, China; 2. Chalco Ruimin Corporation Limited, China)
Session 8 Precision Casting (2)
Taizhou Hall
38. Medical Implants by Using RP and Investment Casting Technologies
Milan Horáček, Ondřej Charvát, Tomáš Pavelka, Josef Sedlák, Martin Madaj
(Brno University of Technology, Institute of Manufacturing Technology, Czech)
233. The Technical Progress of V-process Casting in China
Ye Shengping1, Lü Shenghai1, Wang Xueming2, Zhang Haixun3
(1. State Key Laboratory of Materials Processing and Die & Mould Technology, Huazhong
University of Science and Technology, China; 2. Beijing Ditong Institute of Electron, China;
3. Tianrui Group foundry Co., Ltd., China)
4. Research and Application of Lost Foam Iron Casting in Engine Cylinder Head & Block
Wang Xinjie
(City College, Zhejiang University, China)
178. Lost Foam Casting Technique Applications for Al/SiC Composite Production
A. Kisasoz, K. A. Guler, A. Karaaslan
(Metallurgical and Material Engineering Department, Yildiz Technical University, Turkey)
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69th World Foundry Congress
Oct. 16-20, 2010
Hangzhou China
Monday, October 18, 2010
14:00—15:30
Session 9 Other Cast Irons & Cast Steels
International Conference Hall
13. Compacted Graphite Iron — A Material Solution for Modern Diesel Engine Cylinder Blocks
and Heads
Steve Dawson1, Frank Zhang2
(1. SinterCast AB, Sweden; 2. SinterCast AB Shanghai Representative Office, China)
121. Ausferritic Cast Iron with Flake Graphite —The Technology and Properties
Adam Kowalski, Józef Turzyński
(Foundry Research Institute, Poland)
37. Mechanical Properties and Abrasive Wear Behavior of a New Low Alloyed MnSiCrB Cast
Steel
Luo Kaishuang, Bai Bingzhe
(Key Laboratory for Advanced Materials of Ministry of Education, Department of Materials
Science and Engineering, Tsinghua University, China)
106. Study on the Impact Abrasive Wear of New Super-High Manganese Steel
Dong Xiaoming1,2, Wang Wenyan1,2,Xie Jingpei1 , Wang Aiqin1
(1. School of Material Science and Engineering, Henan University of Science and Technology,
China; 2. Henan Key Laboratory of Advanced Non-ferrous Metals, China)
Session 10 Numerical Simulation (1)
Multi-Function Hall
127. Autonomous Optimization of Casting Processes and Designs
Ingo Hahn and Jörg C. Sturm
(MAGMA Giessereitechnologie GmbH, Germany)
89 Numerical Simulation of Solidification of Work Roll under Centrifugal Casting Process
N. N. Song 1,3, Y. K. Luan 1, Z. A. Xu 2, X. H. Kang 1, D.Z. Li 1, Y. Houbaert 3
(1. Shenyang National Laboratory for Materials Science, Institute of Metal Research, Chinese
Academy of Sciences, China; 2. SIRRIS, the Collective Center for the Belgian Technological
Industry, Belgium; 3. University of Ghent, Belgium)
163. Automatic Intelligent Casting Process Design Coupled Numerical Simulation with Artificial
Intelligence
Chen Liliang, Zhou Jianxin, Liao Dunming, Hao Jing, Shen Xu, Wei Pengcheng
(State Key Lab. of Materials Process and Die & Mould Technology, Huazhong University of
Science and Technology, China)
195. Experimental Study and Numerical Simulation of Solidification in Large Steel Ingot
Li Wensheng1, Shen Bingzhen2, Shen Houfa1 and Liu Baicheng1
(1. Key Laboratory for Advanced Materials Processing Technology, Ministry of Education,
Department of Mechanical Engineering, Tsinghua University, China; 2. CITIC Heavy Industries
Co., Ltd., China)
281 Advanced and Cost-saving Computer Aided Design of a Casting System
Zhian Xu, Yong Ling, Ilse Evenepoel
(Sirris, Belgian Research Centre of the Technological Industry, Belgium)
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Hangzhou China
Session 11 Al Alloys (3)
Hangzhou Hall
243. Producing Super-high Strength Aluminum Alloy Billets by Low Frequency Electromagnetic
Casting
Haitao Zhang 1, and Hiromi Nagaumi 2, Jianzhong Cui 1
(1. Key Lab of Electromagnetic Processing of Materials, Ministry of Education, Northeastern
University, China; 2. Nippon Light Metal Company Ltd., Nikkei Research and Development
Center, Japan)
247. Real-time Observation of Porosity Formation during Directional Solidification in
Al-7Si-0.3Mg Casting Alloy
Zhao Lei, Pan Ye, Liao Hengcheng
(School of Materials Science and Engineering, Southeast University, Jiangsu Key Laboratory for
Advanced Metallic Materials, China)
23. Controlled Production by the Foundry Route of Crack Initiation Sites for Modelling Purposes
Y.Gaillard, A.Chabod, M Stuky
(CTIF, France)
267. Influences of TiH2 Heat Treatment on Stability of Foam Aluminum
Guo Zhiqiang, Shi Shangliu, Yuan Xiaoguang, Huang Hongjun, Li Runxia
(School of Materials Science and Engineering, Shenyang University of Technology, China)
Session 12 Die Casting
Taizhou Hall
280. Integration of Coupled Casting and Structure Simulation into the Development Process for
Magnesium Die Castings
Moritz Wuth, Elke Lieven, Ole Köser, Thomas Pyttel
(Calcom ESI SA, Switzerland)
216. On the Microstructure and Impact Properties of A356 Die Castings Fabricated with Slow
Injection Method
Zhao Haidong, Li Yuanyuan, Chen Weiping, Bai Yanfei
(School of Mechanical and Automotive Engineering, South China University of Technology,
China)
278. Effect of Microstructural Characteristics of Semi-solid Slurry on Flow Behavior in
Rheo-diecasting of A356 Alloy
J. M. Kim 2, J. G. Sim 1, C. P. Hong 1
(1. Center for Computer-aided Solidification Processing (CASP), Department of Metallurgical
Engineering, Yonsei University, Korea; 2. Research Center for Rheocasting Technology, Nano
Cast Korea Co., Korea)
144. How to Solve Casting Defects in the Aluminum Tilting Gravity Die Castings in the Shop
Floor?
Muthiah Thirugnanam
(India)
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69th World Foundry Congress
Oct. 16-20, 2010
Hangzhou China
Monday, October 18, 2010
16:00—17:30
Session 13 Foundry Equipment
International Conference Hall
137. Development of High-precision Automatic Pouring Machine Based on Process Analysis
Supported by Control Engineering
Takahiro Toda1, Makio Suzuki1, Hiroyasu Makino1, Yoshiyuki Noda2, Kazuhiko Terashima2
(1. SINTOKOGIO Ltd., Japan; 2. Toyohashi University of Technology, Japan)
81. A Pilot Study on Optimal Venting Volume and Air Flow Distribution of the Special Hood for
Controlling the Dust from Flask Shaker
Song Gaoju1,3, Yang Lei2,3 , Shen Henggen3
(1. No.6 Institute of Project Planning & Research of Machinery Industry, China; 2. Zhongyuan
University of Technology, China; 3. College of Environmental Science and Engineering, Donghua
University, China)
155. Sloshing Control of Molten Metal during Transfer and Tilt Motion of Ladle by Automatic
Pouring Robot
Ryota Shibuya, Yoshiyuki Noda and Kazuhiko Terashima
(Department of Production Systems Engineering, Toyohashi University of Technology, Japan)
230. Development of Intelligent Induction Furnace and Estimation of Furnace Intelligence
Quotient: A Study
M.Muralidhar
(North Eastern Regional Institute of Science and Technology (NERIST), India)
27. ATAS® as a Tool for Analyzing, Stabilizing and Optimizing the Graphite Precipitation in Grey
Cast Iron
P. E. Persson1, A. Udroiu1, P. Vomacka1, G. Wang1 , T. Sjögren2
(1. Novacast Foundry Solutions AB, Sweden; 2. SP Technical Research Institute of Sweden,
Sweden)
286. High Power Thermal Plasma Heating (HPTP) in Automatic Casting Unit — Tomorrow’s
Technology Applied to Today’s Casting
Luis Cobos1, Patxi Rodriguez1, PedroCarnicer1, Patrick Simonnin2,Frank Montegu2
(1. INASMET-TECHALI, 2. SERT METAL, Spain)
Session 14 Numerical Modeling (2)
Multi-Function Hall
119. Application of Computers and Rapid Prototyping System to Reduce the Energy of
Metalcasting
S. Pysz1; A. Karwiński1; P. Kowalski1; R. Żuczek1; J. Piekło2;
(1. Foundry Research Institute, Poland; 2. Faculty of Foundry Engineering, University of Science
and Technology, Poland)
63. 3D Numerical Simulation for Aeration Sand Filling Process
Li Hua 1, Wu Junjiao 1, Huang Tianyou 1, Makino Hiroyasu 2
(1. Tsinghua University, China; 2. SINTOKOGIO Ltd., Japan)
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69th World Foundry Congress
Oct. 16-20, 2010
Hangzhou China
261. Development of Modeling System for Structural Analysis of Casting with Shrinkage Cavities
Jie Cheng1, Si-Young Kwak1,2, Jeong-Kil Choi1,2
(1. School of Engineering, University of Science & Technology, Daejeon, Korea; 2. Korea Institute
of Industrial Technology, Korea)
96. Optimization of Die Casting Plunger Velocity using Distribute Control Algorithm
Yoshifumi Kuriyama1 , Ken'ichi Yano1, Seishi Nishido2 , Mamoru Watanabe3
(1. Faculty of Engineering, Gifu University, Japan; 2. Aisin Takaoka Co., Ltd., Japan; 3.
Terrabyte Co.,Ltd., Japan)
246. Numerical Simulation of Aluminum Colander’s HPDC Process with Back Pressure
Conditions
Cao Wenjiong, Zhou Zhaoyao, He Yi, Wu Yuanbiao
(National Engineering Research Center of Near-shape Forming for Metallic Materials, South
China University of Technology, China)
Session 15 Al Alloys (4)
Hangzhou Hall
214. Thermal Analysis as a Microstructure Prediction Tool for A356 Aluminium Parts Solidified
under Various Cooling Conditions
A. Niklas 1, A.I. Fernández-Calvo 1, J. Lacaze 2, R. Suárez 1
(1. Engineering and Foundry Processes Department, AZTERLAN, Spain; 2. CIRIMAT, Université
de Toulouse, France)
110. Investigation of Laser Surface Melting Process for Al-25Si Alloy
Chen Zhongwei, Lei Yimin, Yang Rui
(State Key Laboratory of Solidification Processing, Northwestern Polytechnical University,
China)
255. Experimental Investigation of Microsegregation in Low Frequency Electromagnetic Casting
Al-4.5%Cu Binary Alloy
Chen Dandan, Zhang Haitao, Cui Jianzhong
(Key Laboratory of Electromagnetic Processing of Materials, Ministry of Education, Northeastern
University, China)
34. Semi-solid Al Alloy Slurry for Rheocasting Prepared by Compound Process
Liu Zheng 1, Liu Xiaomei 1, Mao Weimin 2
(1. Faculty of Mechanical and Electronic Engineering, Jiangxi University of Science and
Technology, China; 2. School of Material of Science and Engineering, University of Science and
Technology Beijing, China)
Session 16 Composites
Taizhou Hall
223. Distribution of TiB2 Particles and Its Influence of Primary Si in TiB2/A390 Composite
Li Pengting, Li Yunguo, Li Chong, Liu Xiangfa
(Key Laboratory for Liquid-Solid Structural Evolution and Processing of Materials, Ministry of
Education, Shandong University, China)
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69th World Foundry Congress
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Hangzhou China
177. Experimental Determination of Grain Density Function Depends on Mass Fraction of SiC
and Under-cooling In AZ91/SiC Composite Heterogeneous Nucleation Model
J. Lelito1, P. Zak1, J. S. Suchy1, W. Krajewski1, A. L. Greer2, P. Darlak3
(1. Department of Foundry Engineering Processes, AGH University of Science and Technology,
Poland; 2. Department of Materials Science & Metallurgy, University of Cambridge, UK; 3.
Foundry Research Institute, Poland)
93. Microstructure and Properties of Mg-based Quasicystal Particulate Reinforced Composites
Wu Shiping, Kang Huijun, Guo Jingjie, Wang Ye
(School of Materials Science and Engineering, Harbin Institute of Technology, China)
171. The Microstructure of Fly Ash Cenosphere/AZ91D Composite during Solution Treatment at
380-420 ℃
Huang Zhiqiu 1,2, Yu Sirong 1, Li Muqin 2, Liu Hongli 2
(1. Key Laboratory of Automobile Materials, Ministry of Education, College of Materials Science
and Engineering, Jilin University, China; 2. College of Materials Science and Engineering,
Jiamusi University, China)
284. Experimental Determination of Grain Density Function Dependence on Particles Size and
Under-cooling in AZ91/SiC Composites Nucleation Model
P. Zak1, J. Lelito1, J. S. Suchy1, W. Krajewski1, K.Haberl2,P.Shumacher2
(1. Department of Foundry Processes Engineering, Faculty of Foundry Engineering, AGH
University of Science and Technology, Poland; 2. Department of Metallurgy, University of Leoben,
Austria)
Tuesday, October 19, 2010
09:00—10:30
Session 17 Reviews & Management (1)
International Conference Hall
204. Development Trends of Foundry Technology
Zhu Jianxun, Zhang Kefeng, Wang Zhiming.
(Shengquan Group, China)
130. Agility in Volume Changes as a Success Factor in the Future Global Foundry Industry
Olavi Piha, Eero Niini, Juhani Orkas
(Department of Engineering Design and Production, Faculty of Engineering and Architecture,
School of Science and Engineering (Formerly: Helsinki University of Technology, TKK), Aalto
University, Finland)
21. What Do We Do Next; To Survive, To Grow and Be Distinquished?
Yaylalı Günay
(Turkish Foundrymen’s Association, Günay Consulting, Turkey)
Session 18 Computer Application
Multi-Function Hall
275. New CAE Services Based on Cloud Computing Concept over Internet
Sang-Hyun Cho, Jeong-Kil Choi
(Cyber Design Center, KITECH, Korea)
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69th World Foundry Congress
Oct. 16-20, 2010
Hangzhou China
250. Rapid Patternless Casting Technology on CNC Manufacturing
Shan Zhongde1,3, Li Xinya2,3, Liu Feng1,3,Zhan Li1,3
(1. Advanced Manufacture Technology Center, China Academy of Machinery Science &
Technology, China; 2. China Academy of Machinery Science & Technology, China; 3. State Key
Laboratory of Advanced Forming Technology and Equipment, China)
219. Designing by Computer Modeling and Casting Replica of an Antique of Early Islamic Period,
in Vacuum Moulding
Pervaiz Habibullah, Muhammad Arshad Virk
(Pakistan Standards & Quality Control Authority, Pakistan)
54. A New Mathematical Model for the Prediction of the Critical Velocity of Liquid Metals —
Development and Experimental Validation
Rafael Cuesta, Antonio Maroto, Jorge Martín
(Foundation for the Research and Development in Transport and Energy, Spain)
12. Electromagnetic Field Numerical Model for Interfacial Reaction between Titanium and
Zirconia
Liu Aihui1, 2, Li Bangsheng2, Sui Yanwei3, Guo Jingjie2
(1. Faculty of Mechanical Engineering, Huaiyin Institute of Technology, China; 2. School of
Materials Science and Engineering, Harbin Institute of Technology, China; 3. School of Materials
Science and Engineering, China University of Mining and Technology, China)
Session 19 Al Alloys (5)
Hangzhou Hall
125. Effect of Scandium and Zirconium on the Evolution of Annealing Texture in Cast Al-6Mg
Alloy
M. K. Banerjee
(Birla Institute of Technology, India)
249. Effects of Scandium and Zirconium Combination Alloying on the Microstructure and
Mechanical Properties of Al-4Cu-1.5Mg Alloy
Xiang Qingchun, Zhao Jing, Hou Lina, Wang Ruichun, Li Rongde
(School of Materials Science and Engineering, Shenyang University of Technology, China)
224. The Influence of Antimony on the Properties of AlSi7Mg0.3 Alloy
SLÁDEK Augustín1, BOLIBRUCHOVÁ Dana1 , PASTIRČÁK Richard1 , VAŠKO Igor2
(1. University of Žilina, Mechanical Engineering, Slovak; 2. Tom Speed - Strojárska výroba,
Slovak)
245. The Effects of Boron on the Microstructure and Grain Refining Efficiency of Al-Ti-C Master
Alloy
Jinfeng Nie, Xiangfa Liu
(Key Laboratory for Liquid-Solid Structural Evolution and Processing of Materials, Ministry of
Education, Shandong University, China)
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69th World Foundry Congress
Oct. 16-20, 2010
Hangzhou China
Session 20 Other Nonferrous Alloys (1)
Taizhou Hall
276. The Castability of 600 ℃ High Temperature Titanium Alloys
Chen Yuyong1,2, Zhao Ertuan1,2, Kong Fantao1,2
(1. National Key Laboratory for Precision Hot Processing of Metals, Harbin Institute of
Technology, China; 2. School of Material Science and Engineering, Harbin Institute of Technology,
China)
145. Effects of Filter Materials on the Microstructure And Mechanical Properties of AZ91
Wu Guohua1, 2, Sun Ming1, 2, Dai Jichun1, 2, Ding Wenjiang1, 2
(1. National Engineering Research Center of Light Alloy Net Forming, Shanghai Jiaotong
University, China; 2. State Key Laboratory of Metal Matrix Composites, Shanghai Jiaotong
University, China)
95. Fabrication of the Quaternary Mg-Zn-Y-X(X=C, Ti, Cu) Spherical Icosahedral Quasicrystal
Phase under Normal Casting Conditions
Wang Zhifeng 1, Zhao Weimin 1, Wang Yuemei 1, Li Haipeng1 , Hur Bo-Young 2
(1. School of Materials Science and Engineering, Hebei University of Technology, China; 2.
School of Nano and Advanced Materials Engineering, Gyeongsang National University, Korea)
226. Microstructure and the Wear Mechanism of Grain-Refined Zn-Al Alloy during Dry Sliding
Against Steel Disc
Xie Jingpei, Yan Shuqing, Wang Aiqin, Li Jiwen, Wang Wenyan
(The School of Mater. Sci. & Eng, Henan University of Science and Technology, China)
65. Effects of Novel Self-Inoculation Method on Microstructure of AM60 Alloy
Xing Bo1, Li Yuandong1,2, Ma Ying1,2, Hao Yuan1
(1. State Key Lab. of Gansu Advanced Non-ferrous Metal Materials, Lanzhou University of
Technology, China; 2. Key Lab. of Non-ferrous Metal Alloys and Processing, Ministry of
Education, Lanzhou University of Technology, China)
Tuesday, October 19, 2010
11:00—12:30
Session 21 Reviews & Management (2)
International Conference Hall
225. Development and Application of Ductile Iron in China
Li Kerui1, Zeng Yicheng2, Zhang Zhongchou1
(1. Zhengzhou Research Institute of Mechanical Engineering, China; 2. China Academy of
Machinery Science and Technology, China)
279. 2030 Green Foundries & the New Concepts for Foundrymen in China
Gopal padki
(Huttenes Albertus China, India)
82. Analyzing the Gap between Sustainability and the Supply of New Talented People within the
Global Foundry Sector
Eur. Ing., Dr. Lee E. J. Styger
(Tiger Bay Consulting Pty Ltd., Australia)
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69th World Foundry Congress
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Hangzhou China
Session 22 Energy Saving & Environmental Protection
Multi-Function Hall
271. The Increasing Importance of Ladle Lining Technology in the Modern Ferrous Foundry
Nick Child
(FOSECO International Limited, UK)
244. Foundries Fit for the Future — “World-class” in Terms of Energy, Efficiency and the
Environment
Ir. Bas van Gemert
(Gemco Engineers b.v., Netherlands)
199. Using Lean Methodologies for Economically and Environmentally Sustainable Foundries
R. M. Torielli1, R. A. Abrahams1, R. W. Smillie2 , R. C. Voigt1
(1. Industrial and Manufacturing Engineering Department, The Pennsylvania State University,
USA; 2. RWS Productivity & Consulting, L. L. C., USA)
157. External Reuse of Waste from Foundries — Experience, Limits and Laws in EU
Mats Holmgren
(MD, Swedish Foundry Association/Swerea SWECAST AB, SWEDEN))
116. Energy and Cost Saving Potential of Crucible Selection for Aluminum Foundries
Suraj Zunjarrao1, Ron Schaar1, Kerstin Loebbers1, Steffen Heumann1, Philippe Kientzler2, Andy
Moores2
(1. Vesuvius; 2. FOSECO International Limited, UK)
Session 23 Al Alloys (6)
Hangzhou Hall
270. Morphology Transition of Eutectic Mg2Si in Al–Mg2Si Alloys
Li Chong, Wu Yaping, Wu Yuying, Liu Xiangfa
(Key Laboratory of Liquid-Solid Structural Evolution and Processing of Materials, Ministry of
Education, Shandong University, China)
128. Crystallization of Non-Equilibrium α − Aluminum and Primary Silicon with Acoustic
Cavitation in Hypereutectic Al-Si Alloy
Y. Tsunekawa, Y. Fukui, K. Taga, and M. Okumiya
(Toyota Technological Institute, Japan)
56. Microstructure of Casting High-silicon Aluminum Alloy with Additions of Co and RE
Wu Shusen 1, Sha Men 1, Zhong Gu 1, Y. Fukuda 2, H. Nakae 3
(1. State Key Lab of Materials Processing and Die & Mould Technology, Huazhong University of
Science and Technology, China; 2. Kimura Foundry Co., Ltd, Japan; 3. Department of Materials
Science and Engineering, Waseda University, Japan)
191. Study on the Morphology and Distribution of Al3Fe Phase in Hypereutectic Al-Fe Alloy
Solidified under Magnetic Fields
Ban Chunyan, Yi Han, Ba Qixian, Cui Jianzhong
(Key Lab of National Education Ministry for Electromagnetic Processing of Material,
Northeastern University, China)
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69th World Foundry Congress
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Hangzhou China
Session 24 Other Non-ferrous Alloys (2)
Taizhou Hall
132. Alloy Designing and Properties of Sulfide Dispersed Lead Free Bronze Castings
T. Maruyama 1, H. Abe 2, K. Shimizu 3, R. Matsubayashi 3, T. Kobayashi 1
(1. Kansai University, Japan; 2. North Eastern Industrial Research Center of Shiga Prefecture,
Japan; 3. Shiga Valve Cooperative, Japan)
69. Crystal Planes Changing from (311) to (111) of CuNi10Fe1Mn Alloy Tubes under Rotating
Electromagnetic Field
Fu Yabo1, Li Guobing2, Cheng Jie1, Lu Yiping1, Li Tingju1, Yin Guomao1 , Jin Junze1
(1. School of Materials Science and Engineering, Dalian University of Technology, China;
2. School of Marine Engineering, Dalian Maritime University, China)
257. Studies on Ni-Cr-Mo-Ti Dental Cast Superalloys
To Duy Phuong1, Do Thi Duyen1, Pham Duc Thang1, Nguyen Khac Xuong2
(1.Institute of Materials Science, Vietnam; 2. Hanoi University of Technology, Vietam)
254. Study on Recycled Applications of SRR99 Single Crystal Superalloy
Yu Jinjiang, Zhao Nairen, Lang Haixia, Sun Xiaofeng, Guan Hengrong, Hu Zhuangqi
(Metal Research Institute, Chinese Academy of Sciences, China)
196. Macrostructure Control of a Complicated Copper-Nickel based Alloy during Centrifugal
Casting
Luo Zongqiang, Zhang Weiwen, Xin Baoliang, Li Yuanyuan
(School of Mechanical and Automotive Engineering, South China University of Technology,
China)
101. Refining of Metallurgical Grade Silicon by Electron Beam Melting
Luo Dawei1, Lu Yiping1, Liu Ning1, Li Tingju1, 2, Zhang Guoliang1
(1. School of Materials Science and Engineering, Dalian University of Technology, China; 2. Key
Lab of Materials Modification by Laser, Electron and Ion Beams, Ministry of Education, Dalian
University of Technology, China)
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69th World Foundry Congress
Oct. 16-20, 2010
Hangzhou China
Poster Sessions
Monday, October 18, 2010 09:00-17:30
Tuesday, October 19, 2010 09:00-15:30
19. Reduce Production Costs of Die Casting Production with a Compensation Method
Dai Zhongnan
(China)
251. Progress of Research on Semi-solid Moulding of AZ91D Magnesium Alloy
Zhang Xin1,2, Zhang Kui1, Wang Changshun2, Li Xinggang1, Li Yongjun1, Sui Guosheng3
(1. State Key Lab for Fabrication & Processing of Non-ferrous Metals; Beijing General Research
Institute for Non-ferrous Metals, China; 2. Technology Institute, Beijing North Vehicle Group
Corporation, China; 3. Foundry Branch, Beijing North Vehicle Group Corporation, China)
94. Solidified Structure of Thin Walled and Complicated Titanium Castings during Vertical
Centrifugal Casting Process
Wu Shiping, Xu Qin, Xue Xiang, Guo Jingjie, Fu Hengzhi
(School of Materials Science and Engineering, Harbin Institute of Technology, China)
164. Casting Life Cycle Management Model for the Multi-Varieties & Small-batch Type of
Foundry Enterprises
Ji Xiaoyuan, Zhou Jianxin, Chen Liliang, Liao Dunming
(State Key Laboratory of Material Processing and Die & Mould Technology, Huazhong University
of Science & Technology, China)
46. Filtration Technology -- An Effective Way to Improve Quality of Heavy Iron Castings
Zhang Kefeng, Zhu Jianxun
(Jinan Shengquan Group Share-holding Co., Ltd., China)
7. The Development of Ni-based Single Crystal Superalloy
Huang Aihua1, Cui Shusen1, Yang Shengqun1, Liu Xiuling 2
(1. Shenyang Liming Aero-Engine Group Co., Ltd., China; 2. Shenyang Research Institute of
Foundry, China)
134. An Influence of Nodularity and Graphite Count on Ultrasonic Speed in Compacted Graphite
Iron
Sik Yang, Dong-Seob Shim, Sang-Bum Kim
(Institute of Technology, Korea)
80. Development of Respiratory Protective Devices for Iron Foundry man: Experimental Study on
Application of New Respirator
Yang Lei 1,2, Shen Henggen 2, Song Gaoju 2,3
(1. Zhongyuan University of Technology, China; 2. College of Environmental Science and
Engineering, Donghua University, China; 3. No.6 Institute of Project Planning & Research of
Machinery Industry, China)
118. The Types and Special Features of the V-Process Modeling Machine
Dong Xie
(China)
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69th World Foundry Congress
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Hangzhou China
220. Time-resolved Observation of Fe-/Mn-/Cr- Containing Intermetallic Formations in Al-Si
Casting Alloy
Bonghwan Kim1, Kyongwhan Lee1, Indong Yeo1, Hideyuki Yasuda 2, Sangmok Lee1
(1. Liquid Processing & Casting Technology R/D Department, Korea Institute of Industrial
Technology, Korea; 2. Department of Adaptive Machine Systems, Osaka University, Japan)
83. Study on the microstructure of high manganese steel composites strengthened by ceramic
Zhang Changtao 1,2, Xie Jingpei 1,2, Lu Hongbo 3, Huang Xianbo 3, Wang Wenyan 1,2,
Wang Aiqin 1,2, Ma Feng 3, Ding Guozhan 3
(1. College of Materials Science and Engineering, Henan University of Science and Technology,
China; 2. Henan Key Laboratory of Advanced Non-ferrous Metals, China; 3. Zhengzhou
Dingsheng Engineering Technology Co., Ltd., China)
146. Effects of Milling Time and HA Contents on Microstructure and Mechanical Properties of
HA/UHMWPE Composite
Ran Xu 1, He Jin 1, Bao Xiaojun 2
(1. Department of Materials Science and Engineering, Changchun University of Technology,
China; 2. Earthquake Administration of Jilin Province, China)
73. LY12 Flange Squeeze Casting and the Die Design
Li Chun, Wang Jiaxuan, Yan Qingsong, Miao Huaqing, Xiong Hongmiao
(National Defence Key Discipline Laboratory of Light Alloy Processing Science and Technology,
Nanchang Hangkong University, China)
109. A Mechanical Device in the Rescue Helicopter for Searching-rescuing and Gripping
Produced by Semisolid Ceramic Metal Composite
Zhang Songyang, Zhao Xin, Guo Xiaoqin, Chen Hao, Li Shuangjian, Song Shuang
(School of Mechatronics Engineers, Zhengzhou Institute of Aeronautical Industry Management,
China)
124. Experimental Analysis on the Forgeability and the Mechanical Properties of Aluminum
Silicon Carbide Metal Matrix Composites
Sujit Das, Rabindra Behera, Arijit Datta, Goutam Sutradhar
(Jadavpur University, India)
154. Influence of Melt Pouring Velocity on Casting Characteristics of ZM5 Magnesium Alloy
Zhao Jianhua 1,2, Ma Wei 2
(1. National Engineering Research Center for Magnesium Alloys, Chongqing University, China;
2. Procast Research Center of Casting Process Simulation, College of Material Science and
Engineering, Chongqing University, China)
97. The Effect of Steady Magnetic Field on the Distribution of Main Components and the
Solidification Microstructure of Steel
Wang Haichuan1, Liao Zhiyou1, Zhang Wangsheng2, Yin Zhenxing1, Kong Hui1 , Wang Shijun1
(1. School of Metallurgy & Resources, Anhui University of Technology (AHUT), China; 2. Jiangxi
Pingxiang Iron & Steel Corp., China.)
262. Brittle Fracture in the Context of Fatigue Testing
Maria MAJ
(Chair of Foundry Process Engineering, Section of Machines and Casting Design, Faculty of
Foundry Engineering, AGH University of Science and Technology, Poland)
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69th World Foundry Congress
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Hangzhou China
42. An Approach to the Application of the Book of Changes in Metal Casting
Jiang Yixiang1, Xie Xuxiang2, Zhong Chengzhou3
(1．College of Material Science and Engineering, Xihua University, China; 2, Sichuan Xiangye
Mechanical Casting co., Ltd., China; 3. Chengdu Xiangfu Casting Works, China)
213. Impact of Simulation Analysis for Improving Technological Process
Pawel Malinowski, Jozef S. Suchy
(University of Science and Technology, Poland)
266. Simulation of Grain Growing Process of Zinc-Aluminium Alloy under High Pressure
Qu Yingdong, Li Rongde, Bai Yanhua, Li Runxia, Yang Hongwang, Wang Ruichun
(Key Laboratory for Light Metal Material and Engineering of the Education Department of
Liaoning Province, Shenyang University of Technology, China)
30. Effect of Filling Velocity on Flow Morphology of Vacuum Counter-pressure Casting
Aluminum Alloy
Yan Qingsong1, 2, Yu Huan1, Xu Zhifeng1, Cai Changchun1 , Xiong Bowen1
(1. National Defence Key Discipline Laboratory of Light Alloy Processing Science and
Technology, Nanchang Hangkong University, China; 2. State Key Laboratory of Materials
Processing and Moulds & Dies Technology, Huazhong University of Science and Technology,
China)
258. Effects and Controlling Measures of Directional Solidification in Castings towards Quality
Improvement
Anil Barik
(Rourkela Steel Plant, India)
151. Squeeze Cast Mg-Al-Sr alloys — Tensile Properties and Microstructure
Henry Hu 1, Qiang Zhang 1 , Shuping Wang 2
(1. Mechanical, Automotive & Materials Engineering, University of Windsor, Canada; 2. Ryobi
Die Casting (USA), Inc., USA)
150. Influence of Neodymium on Eutectic Behavior of AZ91 Magnesium Alloys under Different
Cooling Rates
Song Yulai, Liu Yaohui, Wang Qiang
(Laboratory of Automobile Materials, Ministry of Education, and College of Materials Science &
Engineering, Jilin University, China)
235. Casting Genome Analysis for Typical Automotive Engine Castings
M.Muralidhar1, Datta G. L.2
(1. North Eastern Regional Institute of Science and Technology, India; 2. K. L. University, India)
263. Quality Requirements for General Electric Ductile Iron Castings Exceeding 10t Used for
Wind and Gas Turbine Components
G. K. Bouse, J. Parolini, N. Rojek, C. Zhou
( General Electric Energy, Materials & Processes Engineering, USA)
192. Microstructure Characteristics of Rapidly-solidified/Melt-Spun AZ91 Alloy
Li Yan 1, Wang Baishu 2 , Cao Zhanyi 1
(1. The Key Laboratory of Automobile Materials, Ministry of Education, Department of Materials
Science and Engineering, Jilin University, China; 2. Department of Materials Science and
Engineering, Changchun University of Technology, China)
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69th World Foundry Congress
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Hangzhou China
45. Casting Enterprises Basing on the Recycle Economy
Zhao Xianhua
(Dezhou University, China)
268. Study the Influences of Cooling Rate on Al-Si Binary Alloy Solidification
Li Qiang1,2, Wang Siqian2, Xie Shuisheng1, Huang Guojie1, Wang Hao3
(1. State key Laboratory for Fabrication and Processing of Non-ferrous Metals, Beijing General
Research Institute for Non-ferrous Metals, China; 2. School of Material Science and Engineering,
Shenyang University of Technology, China; 3. Faculty of Engineering and Surveying, University
of Southern Queensland, Australia)
8. Application of Simulation on Process Optimization of Cast-steel Rear Axle
Mi Guofa, He Binfeng, Fu hengzhi
(School of Material Science and Engineering, Henan Polytechnic University, China)
108. The Study of Mechanical Behavior of Zinc-base Alloy under High Temperature
Ma Douqin1, Xie Jingpei1,2, Wang Wenyan1,2, Li Ningbo1,2
(1. College of Materials Science and Engineering, Henan University of Science and Technology,
China; 2. Henan Key Laboratory of Advanced Non-ferrous Metals, China)
111. Study on Heat Treatment Process and Properties of New-scale Vertical Mill Friction Pairs
Li Ningbo1,2, Xie Jingpei 1,2, Wang Wenyan1,2, Liu Yi 1,2
(1. Materials Science and Engineering School of Henan University of Science and Technology,
China; 2. Henan Key Laboratory of Advanced Non-Ferrous Metals, China)
57. Ductile Iron Lost Foam Casting Technology and Production Application in China
He Wenhao1, Ye Shengping1, Han Xiaohong2, Tang Suoyun2
(1. State Key Laboratory of Materials Processing and Die ＆ Mould Technology School of
Material Science and Engineering, Huazhong University of Science and Technology, China；2.
CASTCHEM (Hangzhou), Inc., China)
256. Continuous Casting of Metal Hollow Profiles with Low Plasticity under the Condition of
Complex Physical Fields Constrained
Xu Yang1, Li Shupeng2
(1. Xi’an University of Technology, China; 2. Shaanxi Tongxin Continuous Cast Tube Tech. Co.,
Ltd., China)
61. Study and Processing of Non-metallic Inclusion in Cast Iron
Zhang Wenhe, Mei Fagen
(Nanjing Zhufeng International Trading Co., Ltd., China)
248. Simulation of Temperature Field of V-shaped Casting Produced by 2A12 Aluminium Alloy
during Casting
Zhang Songyang1, Jiang Haijing1,2, Liu Changhong1, Li Sizhong1, Zhang Ying3
(1. Six Department, Zhengzhou Institute of Aeronautical Industry Management, China; 2. School
of Physics, Central China University of Science and Technology, China; 3. Mechanical &
Electrical School of Nanchang University, China)
62. Microstructure and Wear Resistance of Laser Cladded Coatings on Copper Substrate
Wang Wenyan1,2 , Dong Xiaoming1,2 , Xu Jing 1,2, Xie Jingpei1,2
(1. College of Materials Science and Engineering, Henan University of Science and Technology,
China; 2. Henan Key Laboratory of Advanced Non-ferrous Metals, China)
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69th World Foundry Congress
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Hangzhou China
68. Numerical Study of Macrosegregation Formation in Ingot Cast in Normal Sand Mold and
Water-cooled Sand Mold
Liu Dongrong1,2, Sang Baoguang1, Kang Xiuhong1, Li Dianzhong1
(1. Institute of Metal Research, Chinese Academy of Sciences, China; 2. School of Materials
Science and Engineering, Harbin University of Science and Technology, China)
141. Foundry Technology Design and Optimization of Exhaust Manifold Castings
Zhao Xinwu, Yang Mi, Wang Qi, Wei Wei
(Xixia Intake & Exhaust Manifold Co., Ltd., China)
172. Research and Application on Casting Technology of High-Strength and Toughness Ductile
Iron Crankshafts
Yang Siyi1, Cong Jianchen2, Sun Haitao2, Li Duanling3, Yu Haiming2, Ci Wuihong2
(1. School of Mechanical Engineering of Shandong University of Technology, China; 2. Tianrun
Crankshaft Co., Ltd., China; 3. Automation School, Beijing University of Posts and
Telecommunications, China)
78. Mixed Waste Green Sand Reclamation in Core Work Making Foundry Zero Discard and
Green Foundry Forward
Guo Jingchun1, Zhang Fan1, Li Shan1, Zhang Xijun1, Guo Sifu2
(1. Kunming University of Science and Technology, China; 2. Kunming Technology Exchange
Centre, China)
51. Refining of Metallurgical Grade Silicon by Electron Beam Melting
Luo Dawei1, Lu Yiping1, Liu Ning1, Zhang Guoliang1, Li Tingju1, 2 , Jin Junze1
(1. School of Materials Science and Engineering, Dalian University of Technology, China; 2. Key
Lab of Materials Modification by Laser, Electron and Ion Beams, Ministry of Education, Dalian
University of Technology, China)
234. Development of Li-changed Bentonite and Its Application in Foundry Coatings
Xu Qingbai
(Hefei University of Technology, China)
211. Influence of Pouring Temperature and Mold Preheating Temperature on Investment Casting
of TiAl
Tian Jing, Chen Yanfei, Xiao Shulong, Xu Lijuan, Chen Yuyong
(School of Materials Science and Engineering, Harbin Institute of Technology, China)
259. Study on the Thermoelectric Field of ESRC Process
Wang Anguo1, Lou Yanchun1, Chen Rui1, Zhang Tingan2, Jiang Yunfei1
(1. Shenyang Research Institute of Foundry, China; 2. Northeastern University, China)
166. A Study on Dimension Measurement of Castings Based on 3D Reconstruction Technology
with Marking Points
Zhang Meng, Chen Liliang
(State Key Lab of Material Processing and Die & Mould Technology, Huazhong University of
Science and Technology, China)
16. Two Casting Technologies with Extensive Application Prospect
Xiong Xingzhi
(No. 4808 Factory of the PLA, China)
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69th World Foundry Congress
Oct. 16-20, 2010
Hangzhou China
48. Interfacial Reactions between K441 Superalloy and Different Ceramic Core during Casting
Jiang Weiguo1, Mao Pingli2, Wang Yang1, Feng Hui1, Hou Fenghua1 , Lou Langhong1
(1. Institute of Metal Research, Chinese Academy of Sciences, China; 2. School of Materials
Science and Engineering, Shenyang University of Technology, China)
239. Study on Modified Furan Resin Foundry Binder Systems for Large Steel Castings
Tan Rui, Liu Jiajun, Zhang Xin, Li Ling, Li Hankun, Yin Shaokui
(Shenyang Research Institute of Foundry, China)
84. Rapid Preparation of Ceramic Mould for Medium-sized Superalloy Castings with
Magnesia-Phosphate-Bonded Bauxite-Mullite Investments
Li Tingzhong, Luo Jirong, Wu Shusen
(State Key Lab of Materials Processing and Die & Mould Technology, Huazhong University of
Science and Technology, China)
153. Study on the Morphological Feature and Formative Mechanism of Al-35%La Alloys
Zheng Yahong, Wang Yanlin, Wang Zidong
(School of Materials Science and Engineering, University of Science and Technology Beijing,
China)
53. The Research on Core Making Technology in Sodium Silicate Cold Box
Jin Guangming1, Wei Jia1, Sun Ying1，Xue Maolin2, Feng Xinsheng1 , Yin Deying1
(1. Shenyang Hyaton Foundry Material Co., Ltd., China; 2. Chongqing Changzheng Heavy Cast
Steel Manufacturing Co., Ltd., China)
133. Adaptive Sand-mold Press Casting for Complex-adaptive Press Casting for Complex Shape
Production using Molten Metal’s Pressure Control inside Greensand Mold
R. Tasaki1, Y. Noda1, K, Terashima1 , K. Hashimoto2
(1. Department of Production Systems Engineering, Toyohashi University of Technology, Japan;
2. Sintokogio, Ltd., Japan)
58. The Auto-fast Determining Method and Its Instrument of the Effective Bentonite Content in
Clay Used Green Sand
Long Wei, Fan Zitian, Hu Xueting
(State Key Laboratory of Material Processing and Die ＆ Mould Technology, Huazhong
University of Science and Technology, China)
218. Fine Bainite Phase in Ductile Iron Produced by Controlled Cooling Heat Treatment
Y. Prasetyo, E. R. Baek
(Department of Metallurgical Engineering, Yeungnam University, Korea)
282. Addition of Alloying Elements to Copper Melt by Cored Wire Feeding
Bok-Hyun Kang1, Woo-Hyun Lee1, Chu-Young Cho1, Min-Jae Lee1, Ki-Young Kim1, Hoon Cho2,
Hyuk-Chun Kwon2, Young-Rae Cho3 , In-Yup Hwang3
(1. Department of Materials Engineering, Korea University of Technology and Education, Korea;
2. Liquid Processing & Casting Technology R&D Department, Korea Institute of Industrial
Technology, Korea; 3. R&D Institute, Poongsan Corporation, Korea)
283. The Use of Artificial Neural Network (ANN) for Prediction of Removal of CO2+ and Ni2+
Ions from Waste Water by Electric Furnace Slag
Irena Zmak, Lidija Curkovic, Tomislav Filetin
(Faculty of Mechanical Engineering and Naval Architecture, University of Zagreb, Department of
Materials, Croatia)
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69th World Foundry Congress
Oct. 16-20, 2010
Hangzhou China
222. In Situ Formation of Composite Layer on Cast Steel and Ni3Al by Casting Process
E. Olejnik, A. Janas, A. Kolbus
(Faculty of Foundry Engineering, AGH University of Science and Technology, Poland)
285. Cast in Situ Composites of Ni3Al/MeC Type
A. Janas, E.Fras, A. Kolbus, E. Olejnik,
(Faculty of Foundry Engineering, AGH University of Science and Technology, Poland)
193. Effect of Solution Treatment on Blistering and Microstructure of High-pressure Die Cast
A380 Alloy
Wang BaiShu1,2, Xiong Shoumei 1
(1. State Key Laboratory of Automotive Safety and Energy, Department of Mechanical
Engineering, Tsinghua University, China; 2. Key Laboratory of Advanced Structural Materials，
Ministry of Education，Department of Materials Science and Engineering, Changchun University
of Technology, China)
77. Effect of Ultrasound on Solute Dispersion of Immiscible Al-Pb Alloy
LI Junwen1, 2, 3, JIA Zheng 2, 4, WU Xiaofeng 2, SONG Shenghai 2, Tadashi MOMONO 3
(1. Department of Material Forming and Mechanics, School of Mechanical Engineering,
Jiangnan University, China; 2. College of Materials Science and Engineering, Liaoning
University of Technology, China; 3. Department of Materials Science and Engineering, Muroran
Institute of Technology, Japan; 4. Key Laboratory of Electromagnetic Processing of Materials,
Ministry of Education, Northeastern University, China)
277. Microstructures and Mechanical Properties of Al-Fe Alloys Prepared by Semi-solid
Formation
(Liu Bo1,2, Yuan Xiaoguang1, Zhang Shaohua1, Huang Hongjun1
(1. School of Materials Science and Engineering, Shenyang University of Technology, China; 2.
School of Naval Architecture and Civil Engineering, Zhejiang Ocean University, China)
35. Effect of Ti on Microstructure and Properties of Al-Mg2Si Alloys Subjected to
Electromagnetic Stirring
Ren Yuyan, Li Yingmin, Xu Jinghua
(Shenyang University of Technology, China)
102. Application of Ceramic Short Fiber Reinforced Al Alloy Matrix Composite on Piston for
Internal Combustion Engines
Wu Shenqing, Li Jun
(School of Materials Science & Engineering, Southeast University, Jiangsu Key Laboratory for
Advanced Metallic Materials, China)
160. Microstructure and Dry Sliding Wear Behavior of Copper-graphite Composites by Spark
Plasma Sintering of Mechanically Alloyed Powders
Ran X.1, Huang X. F.1, Liu Y. B.2 , AN J.2
(1. Department of Materials and Engineering, Changchun University of Technology, China; 2.
Key Laboratory of Automobile Materials, Ministry of Education, Jilin University, China)
236. Polyacrylates as Ecological Binders for Moulding Sands
B. Grabowska, M. Holtzer, R. Dańko, A. Bobrowski
(Faculty of Foundry Engineering, AGH University of Science and Technology, Poland)
165. Research and Development on 2D Casting Process CAD System Based on AutoCAD2006
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69th World Foundry Congress
Oct. 16-20, 2010
Hangzhou China
Liao Dunming, Chen Liliang, Zhu Bingwen, Wang Long, Zhou Jianxin
(State Key Laboratory of Material Processing and Die & Mould Technology, Huazhong University
of Science and Technology, China)
122. Structural and Thermophysical Properties Characterization of Continuously Reinforced Cast
Al Matrix Composite
Brian Gordon1, Natalia Sobczak2, Małgorzata Warmuzek2, Andrzej Gazda2, Łukasz Boroń2, Robert
M. Purgert3 , Jerzy Sobczak2
(1. Touchstone Research Laboratory, Ltd., USA; 2. Foundry Research Institute, Poland; 3. Energy
Industries of Ohio, USA)
242. Reclamation Process and Equipment of Used Sand of Self-hardening Sand
Wu Dianjie1, Su Linling2, Dong E3
(1. MMI Planning & Engineering Institute IX; 2. Wuxi Xinan Foundry Machinery Co., Ltd.; 3.
Nanjing University of Science & Technology, China)
32. Influence of Si, Ce, Sb and Sn on Chunky Graphite Formation
Hideo Nakae, Masayuki Fukami, Takayuki Kitazawa, Ying Zou
(Waseda Universiti, Japan)
158. Advancements in Electric Arc Furnaces Pertaining to Energy Conservation
Ajit Kumar Jaiswa , Mridul Kumar Sardar
(Steel Authority of India Ltd., India)
129. Study of Laser Nd-YAG Post Surface Treatment of Investment Casting ASTM F-75 Cobalt
Base Alloy
José A. Lazcano-Ponce, Mario F. Trejo-Aguirre, Horacio H Villarreal-Márquez, Francisco
Cepeda-Rodríguez, Jorge L. Acevedo-Davila
(Corporación Mexicana de investigación en materiales, México)
202. High Integrity Oxide Mold Material for Titanium Investment Casting
Bong-Jae Choi, Seul Lee, Young-Jig Kim
(Sungkyunkwan University, Korea)
184．Investigation on the Modification Behavior of A356 Alloy Inoculated by Sr-Y Composite
Modifier
Lin Xiaoping, Su Hui, Dong Yun
(Northeastern University at Qinhuangdao, China)
181．The Effects of Compound Alloying Elements Cr, Sb and Ce on the Precipitation Process of
Casting Mg-10Zn-2Al-1Cu Alloy
Lin Xiaoping, Dong Yun, Li Haipeng, Qi Zhenhua，Ye Jie
(Northeastern University at Qinhuangdao, China)
103．Design and Control of Chemical Compositions for High-performance Austempered Ductile
Iron
Gong Wenbang1, Hao Jing2, Luo Li1, Lu Jijun1, Chen Guodong1
(1. Wuhan Textile University, China; 2. University of Leoben, Austria)
31. Lean Operations in a Foundry through a Manufacturing Oriented ERP Software
Vijay Singh1, V G S Mani1, Janne Kollanus2
(1. In Touch Systems Pvt. Ltd., India; 2. Researcher & Research Coordinator, Helsinki University
of Technology, Finland)
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69th World Foundry Congress
Oct. 16-20, 2010
Hangzhou China
183. Simulation of Microporosity in Gravity Die Cast Al-Si Foundry Alloys
S. Akhtar1, L. Arnberg1, M. Di Sabatino2, D. Dispinar2 , G. Mazourkevitch3, J. Kappey3,
J. Fainberg3, M.Schneider3
(1. Norwegian University of Science and Technology (NTNU), Norway; 2. SINTEF Materials and
Chemistry, Norway; 3. MAGMA Giessereitechnologie GmbH, Germany)
24. The Golden Age of Castings, 2005-2050, Revisited – Implications for Asian Metal Casters
Michael W. Swartzlander
(Cast Strategies LLC, USA)
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69th World Foundry Congress
Oct. 16-20, 2010
Hangzhou China
Information for Speakers
Information for oral presentation
For oral presentation at the congress, the Microsoft(R) PowerPoint(R) 2003 (MS Office 2000 /XP)
is available. Other presentation programs or MAC will not be available.
It is strongly recommended that the speakers bring the file in USB flash drive. In addition, authors
can bring their own laptop computers, and transfer the files into our computer. Our staff will help
you to install your files in our computer. It is recommended not to use speakers' own laptop
computer for the presentation, which might cause some troubles, such as mismatch of machine
and time delay.
Please notify your presence to the session chairpersons before the session starts and please be
seated in the seats for speakers.
Information for poster presentation
Those who are presenting the papers as posters, please find your paper number and presentation
schedule in the final program.
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69th World Foundry Congress
Oct. 16-20, 2010
Hangzhou China
China International Foundry
Exhibition 2010
The China International Foundry Exhibition 2010 (CHINA FOUNDEX 2010) will run
concurrently with the 69th World Foundry Congress to be held in Hangzhou, from October 16 to
19, 2010.
The exhibit content includes high quality casting, foundry equipment, raw and auxiliary materials,
detection instrumentation, furnace, foundry application software, advanced foundry technology,
consultation and trade cooperation, etc. Exhibit will focus on small size actual products, samples
and audio-visual materials.
We are looking forward to seeing you at CHINA FOUNDEX 2010!
Charging Standard
Chinese exhibitor: CNY 6500 Per Standard Booth
Overseas exhibitor: US $ 2000 Per Standard Booth
Contact Us:
Mr. Liu Hongchao/Ms. Cao Xiumei
Add: 17 South Yunfeng Street, Tiexi District, Shenyang 110022, China
Tel: +86 24 25850149, +86 24 25852311 ext.356
Fax: +86 24 25855793
E-mail: exhibition@wfc2010.com
Website: www.wfc2010.com
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69th World Foundry Congress
Oct. 16-20, 2010
Hangzhou China
International Foundry Photograph
Exhibition
The “Shengquan Cup” International Foundry Photograph Exhibition, sponsored by the Foundry
Institution of Chinese Mechanical Engineering Society and organized by Foundry Journal Agency,
attracted many attentions of the world foundrymen. By June 30, 2010, the deadline, totally 235
entries were received, which authored by 39 people from China, UK, Germany, Finland,
Netherlands, Turkey, etc. These pictures are of high quality and record the wonderful moments.
The evaluation activity for excellent foundry photographs will be carried out in August 2010, and
the Evaluation Committee is composed of the directors of Liaoning Province Photographer
Association. Three gold award photographs, six silver award photographs and nine copper award
photographs will be selected out by then, and some excellent photographs will also be
recommended.
Many thanks to Shengquan Group Share-holding Co., Ltd. for its financial support for this activity.
The awarded works will be exhibited during the 69th World Foundry Congress between Oct.16-19,
and we are looking forward to seeing you by then.
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69th World Foundry Congress
Oct. 16-20, 2010
Hangzhou China
Registration
Register On-site
Registration Desk will be located in the East Hall, Zhejiang People's Great Hall.
Register On-line
http://www.wfc2010.com/en/member
Registration Fees
Registration
Before Aug 31 2010
After Aug 31 2010
Delegate from WFO Member Association
USD 660
USD 730
Delegate from Non Member Country
USD 800
USD 900
Member of WFO Executive and Past President
USD 330
USD 360
WFO Secretariat
USD 330
USD 360
Official Delegate from WFO Member
Association
USD 330
USD 360
Chairmen & Secretaries of Commissions
holding a meeting at the Congress
USD 330
USD 360
Lecturer (1Per paper)
USD 330
USD 360
Accompanying person
USD 330
USD 360
The registered delegate will get all the congress document, souvenir, ticket visiting the Expo2010
and will attend the following activities: opening ceremony and closing ceremony, plenary session
and all technical sessions, foundrymen's night and social program. The registered accompanying
person will get the same with the registered delegate, with the exception of the proceedings.
The registered delegates and registered accompany person will have opportunity to visit the Expo
2010. Please plan your trip early.
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69th World Foundry Congress
Oct. 16-20, 2010
Hangzhou China
Payment
All amounts are payable in US Dollar. Payment is possible by bank transfer. On site you can pay in
cash only.
Paying Line:
Please instruct your bank transfer the US Dollar funds by T/T as follow:
Remitting Bank: BANK OF AMERICA N. A. NEW YORK
Swift Code: BOFAUS3N
Intermediatary Bank: INDUSTRIAL AND COMMERCIAL BANK OF CHINA H.O.
Swift Code: ICBKCNBJ
A/C No. 6550790149
Beneficiary’s Bank: INDUSTRIAL AND COMMERCIAL BANK OF CHINA LIAONING
PROVINCE BRANCH
Swift Code: ICBKCNBJLNP
Beneficiary’s A/C No: 33010050092640081-18
Beneficiary’s Name: SHENYANG RESEARCH INSTITUTE OF FOUNDRY
NO.17 YUNFENG SOUTH STREET TIEXI DISTRICT SHENYANG 110022 CHINA
A copy of your transfer should be also sent to the WFC2010 Secretariat Fax: +86 24 25855793
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69th World Foundry Congress
Oct. 16-20, 2010
Hangzhou China
Works Visits
Date: Wednesday, October 20, 2010
Fee: USD40 Per Course
All the courses have a minimum attendance requirement of 40 persons (per course) and they will
be arranged on the bases of first come, first served. Please indicate your choice on your
application.
Courses
No
1
Visit Sites
Hangzhou Engine
Foundry Co. Ltd.
Jiangsu Bright Steel
Precise Machinery
Co. Ltd.
3
4
Production
Methods
Work Force
Air impact,
Static press
Automobile
470
Grey iron,
ductile iron
Resin bonded sand
moulding
Wind-power
generator
400
Steel, ductile
iron,
grey iron
Resin bonded sand
& clay sand
moulding
Machine
300
Grey iron,
ductile iron
Resin bonded sand
moulding
Machine tool
diesel engine
250
Ductile iron
Resin bonded sand
moulding
Wind-power
generator
350
Al-alloy
Low pressure
casting
Auto wheel
5000
Steel, grey iron,
ductile iron
Resin bonded sand
moulding
Zhejiang Hongma
Foundry Co. Ltd.
Steel, grey iron,
ductile iron
Resin bonded sand
moulding
Ningbo Riyue
Foundry Co. Ltd.
Ductile iron,
grey iron
Resin bonded sand
moulding
Zhejiang Yongmao
Foundry Co. Ltd.
Steel
Investment casting
Shanghai Honggang
Power Plant
Equipment Casting &
Forging Co. Ltd.
Steel, iron
Resin bonded sand
moulding
Mining
machinery, ship
and bridge
500
Shanghai Sandmann
Foundry Co. Ltd.
Grey iron,
ductile iron,
compacted
graphite iron
DISAMATIC,
horizontal & shell
moulding
Car, truck,
tractor and
internal
combustion
engine
850
Shanghai
Cosmopolitan
Automobile
Accessory Co. Ltd.
Mg-alloy,
Al-alloy
Die casting
Automobile
930
Zhejiang Hangji
Foundry Group Co.
Ltd.
Zhejiang Jiali Wind
Power Technology
Co. Ltd.
Zhejiang Wanfeng
Technology
Development Co.
Ltd.
Hangzhou
SteamTurbine
Casting & Forging
Co. Ltd.
5
6
Market
Grey iron,
ductile iron
Hangzhou HangYang
Foundry Co. Ltd.
2
Alloy
Categories
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Electric power,
metallurgy,
mine,
petrochemicals
Petrochemicals,
electric power,
auto, vessel
Diesel engine,
wind-power
generator
Valve,
engineering
machinery, auto
380
320
1200
1050
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69th World Foundry Congress
Oct. 16-20, 2010
Hangzhou China
Course 1
1 Hangzhou Engine Foundry Co., Ltd.
The company, cover an area of 90,000 square meters, is a specialized automotive foundry work. It
has KW molding line and BMD molding line, and annual productivity is 75,000 tons. The
products are used in diesel engines of heavy-duty truck.
For more details, please visit website: www.haep.com.cn/english/haep.asp
2 Jiangsu Bright Steel Precise Machinery Co., Ltd.
The company is one of the subsidiaries of Yeong Guan Energy Technology Group, and is mainly
specialized in casting, welding and machining. The whole project is divided into three phases. 1st
and 2nd phases are for foundries and welding shops, and the 3rd phase is for a machining shop.
The casting products of the company are mainly grey iron from GG20 to GG30, and ductile iron
from GG35 to GG70. 1st phase has started running since August of 2008, with 450 employees and
capacity of 5,000 tons castings per month. Maximum tonnage of single part is 60 tons pouring
weight. After completion of the 2nd phase, monthly capacity of castings will reach 10,000 tons,
and single part tonnage will reach 100 tons pouring weight.
The 3rd phase is mainly in providing machining service to the big parts produced by the foundry
and welding shop, along with an assembly line aiming at whole package service to the customers.
The biggest machine center has a load capacity of 200 tons, with x-axis 12 m and y-axis 5 m.
Advanced inspection equipment is available such as a gantry 3D measuring center, and a Laser
Tracker with inspection range of R3.5 m.
Course 2
1 Hangzhou Hangyang Casting Co., Ltd.
The Company covers an area of more than 20,000 square meters, and has 300 staff members. The
annual production capacity of iron castings reaches 10,000 tons. The company has the state of art
equipment such as 20 t/h, 15 t/h, 5 t/h roller sand mixers for resin bonded sand, large-scale
cleaning machines, three 32 t large scale traveling crane, and 10 t/h cupola, etc. The main
production methods include the resin bonded sand molding, clay bonded sand molding and
investment casting. The company can manufacture castings in various alloy categories, such as
grey cast irons, ductile cast irons, aluminum alloys and stainless steels. The products have been
exported to USA, Japan, etc.
For more details, please visit website: www.hycasting.com/english
2 Zhejiang Hangji Foundry Group Co., Ltd.
The company now covers an area of 160,000 square meters with a building area of 80,000 square
meters. With 2 resin bonded sand moulding lines, the company has an annual capacity of 50,000
tons, and the major products are grey iron castings, ductile iron castings and alloy iron castings.
For more details, please visit website: www.hangji-foundry.com/e-index.html
Course 3
1 Zhejiang Jiali Wind Power Technology Co., Ltd.
The company covers an area of 50,000 square meters. It's a professional foundry company of
castings for wind power equipment and be capable of producing 50,000 tons of wind power
equipment castings annually.
The castings of hub, main frame & gear case housing, etc. of large-scale wind turbine generator
are its major products. Now, the products are focused on 1.5 MW and 2 MW model, and the alloy
categories of the castings include EN-GJS-400-18U-LT and EN-GJS-350-22U-LT, etc. Its main
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69th World Foundry Congress
Oct. 16-20, 2010
Hangzhou China
production methods are resin bonded sand molding and duplex melting method of cupola furnace
& electric induction furnace.
For more details, please visit website: www.jl-wp.com/english/main.asp.
2 Wanfeng Auto Holding Group Co., Ltd.
The annual production capacity is over 15 million pieces of motorcycle alloy wheels. Now, it has
become the largest motorcycle wheel manufacturer base in the world.
The annual production capacity of car aluminum alloy wheels is more than 10 million pieces, and
has become the leader in this field.
The company is the excellent supplier for General Motors, Ford, Volksvagen, Hyundai, PSA, Fiat,
Daihatsu, Mazda and other global automobile giants.
For more details, please visit website: www.wfjt.com/english/main.asp
Course 4
1 Hangzhou Steam Turbine Casting & Forging Co., Ltd.
The company mainly manufactures steel and iron castings for Hangzhou Steam Turbine Co., Ltd.
and provide partly for Fuji Electric, Kawasaki Heavy Industry, Mitsubishi Heavy Industry Nuovo
Pignone, Shanghai Delaysai Compressor Co., Ltd. and Shanghai KSB Co., Ltd.
For more details please visit website: en.htc.net.cn
2 Zhejiang Hongma Foundry Co., Ltd.
The company now covers an area of 186,760 square meters, and has an annual capacity of 22,000
tons of steel castings, 6,000 tons of grey iron and ductile iron castings.
Course 5
1 Ningbo Riyue Foundry Co., Ltd.
The company covers an area of 102,500 square meters, of which the building area is 73,500
square meters. Its major products include iron castings, big power diesel engine castings,
wind-power generator castings and castings for machine tools, etc. It is a leading company with an
annual production capacity of 140,000 tons and single ductile cast iron part as heavy as 120 tons
and single grey iron part as heavy as 200 tons.
For more details, please visit website: www.riyuefoundry.com/english/index1.asp
2 Zhejiang Yongmao Casting Company
The company covers a total area of 95,000 square meters, among which 45,000 square meters are
factory buildings. The main production method is investment casting. The main products include
valve, castings for engineering machinery and auto etc.
Course 6
1 Shanghai Honggang Power Station Equipment Castings & Forgings Co., Ltd.
The company had manufactured the high quality steel castings, iron castings and forgings for the
first turbine in China. At present, the company is designing and manufacturing castings & forgings
for 1,000 MW ultra-super critical turbines, 1,000 MW nuclear power gas turbines and heavy duty
gas turbines.
The company’s castings & forgings cover the domestic mining machinery, ship and bridge, oil
drilling and many other fields. The company has also established good business relationships with
some international renowned companies such as Japanese Hitachi Company, Korea Doosan
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69th World Foundry Congress
Oct. 16-20, 2010
Hangzhou China
Company, French Alston Company, German Siemens Company and American Westinghouse
Company.
For more details, please visit website: www.honggangfd.com
2 Shanghai Sandmann Foundry Co., Ltd (SSF)
SSF, a subsidiary company of Shanghai Automobile Industry Corporation (Group), covers an area
of 160,000 square meters. Now it has the ability of supplying all grades of grey iron, ductile iron,
compacted graphite iron castings and the ability of pattern manufacturing, heat treatment,
machining of some car components as well. SSF is specialized in iron castings used for
automobile, offering crankshaft, exhaust manifold, turbine housing, flywheel, knuckle, hydraulic
part, etc to customers at home and abroad, and its annual productivity is 55,000 tons.
SSF has lots of advanced foundry equipment, such as three DISAMATIC molding lines, one
1000×800 flasks HWS horizontal molding line, three shell molding lines, shell molding machine,
ERICH mixer, cold box shooter, medium frequency induction furnace from Denmark, Germany,
America, and Spain.
For more details, please visit website: en.sandmann.cn
3 Shanghai Cosmopolitan Automobile Accessory Co., Ltd. (SCAAC)
SCAAC is a joint venture between Shanghai Automotive Industrial Corporation (SAIC) and
Bardsey Group Limited registered at Virgin Islands of British. The company covers an area of
42,700 square meters.
SCAAC mainly manufactures various nonferrous die castings, pumps, assemblies, piston pins and
carburetors used for automobiles, motorcycles, internal combustion engines and freezing machines.
Among them, Santana piston pin, oil pump, magnesium transmission case and bearing case have
been solely supplied for Shanghai Volkswagen Automotive Co., Ltd. (SVW) and the piston pin
and oil pump are the exempt-inspection products for SVW. SCAAC also provides piston pins and
carburetors for dozens of the other customers, such as Nanjing Automotive Plant, Shanghai
Xingfu Motorcycle Company, and Shanghai Diesel Engine Plant, etc.
For more details, please visit website: www.scaac.com/english
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69th World Foundry Congress
Oct. 16-20, 2010
Hangzhou China
General Information
Venue
Venue: Zhejiang People's Great Hall
Add: No.9 Shengfu Road, Hangzhou, Zhejiang
Beside the West Lake, adjacent to the Baoshi Hill and situated within provincial administrative
district, the imposing Zhejiang People's Great Hall (The Zhejiang International Convention
Centre) reaches an area of 5.46 hectares. Within the main buildings, there are the Main
Assembly Room, the International Conference Hall, the Banqueting Hall and Eleven Meeting
Rooms.
China
China is a country with a very early civilization and a long and rich history. The compass,
gunpowder, the art of paper-making and block printing invented by the ancient Chinese have
contributed immensely to the progress of mankind. The Great Wall, Grand Canal and other
projects built by the Chinese people are regarded as engineering feats in the world.
Hangzhou
Hangzhou is located along southeast coast of China. It is the capital of Zhejiang Province, the
center of politics, economy, science, education, and culture of the province. Hangzhou is a key
national tourism city with the beautiful scenery. It is also a famous city in history and culture.
Hangzhou has enjoyed a history of over 2,200 years since the county administration was
established in Qin Dynasty. Hangzhou is renowned as Paradise on Earth, Cultural State, Home of
Silk, Tea Capital, Town of Fish and Rice.
Geography and Climate
Hangzhou is located in the southern part of the Yangtze River Delta, at the western end of Hangzhou
Bay, in the lower reaches of the Qiantang River, and at the southern end of Beijing-Hangzhou Grand
Canal. It is an important and central city in the Yangtze River Delta and a traffic hub in southeast
China. The hilly land of the city accounts for 65.6% of the total area, the plain 26.4%, rivers, lakes,
ponds, reservoirs, etc. 8%. Under the subtropical and monsoon conditions, Hangzhou has four distinct
seasons with a mild and humid climate and plentiful sunshine and rainfall. The average temperature is
16.2 ℃ around the year, 28.6 ℃ in summer and 3.8 ℃ in winter. The average annual rainfall is
1,435 mm and the average relative humidity 76%. Hangzhou has a pleasant climate in October, the
temperature difference between day and night is big, and the average temperature in Oct in Hangzhou
is 25 ℃.
Language
The congresses are run in English only.
Although the official language in China is Chinese, now, the most of teenagers have had college
education and simple English language will be available.
How to get to the venue, Hangzhou
Hangzhou Xiaoshan International Airport is 35 km from the city center and is one of the most
important territorial airports in China. There are scheduled flights to the numerous domestic airports
in the country, and also to some cities in Asia and European, like Tokyo, Osaka, Seoul, Bosan,
Singapore, Hong Kong, Macau, Taipei and Frankfurt.
For more information about Hangzhou Xiaoshan International Airport, please visit website:
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69th World Foundry Congress
Oct. 16-20, 2010
Hangzhou China
www.hzairport.com.
Shanghai Pudong International Airport is located in the east of Shanghai, and it is serving for about
50 domestic and foreign airlines, connecting with over 90 international and regional destinations and
60 domestic destinations.
Shanghai Hongqiao International Airport is located in the west of Shanghai. There are bus lines from
the airport to Shanghai Railway station and Shanghai South railway station.
For more information about Shanghai Pudong International Airport, please visit website:
www.shanghaiairport.com.
It would be very convenient to travel by train from Shanghai to Hangzhou. There is an airport bus line
No.7 from Shanghai Pudong International Airport to Shanghai South Railway Station, and then
transfer train to Hangzhou Railway Station.
Hangzhou Railway Station (colloquially the "City Station") and the significantly less modern
Hangzhou East Railway Station (colloquially "East Station") serve the city centre, from which one
can catch a train to Shanghai and almost anywhere in China.
Post and Communications
Postal services in China are quite efficient. Courier services are also widely available. Most major
hotels provide convenient internet service.
Dining
Zhejiang cuisine is one of the eight famous culinary arts in China. The fresh, tender, soft, and
smooth dishes accompanied by its mellow fragrance have won for itself widespread reputation in
the culinary world. Hangzhou dishes, being the most important part of Zhejiang cuisine, are noted
for its elaborate preparations, sophisticated way of cooking and its most refreshing taste. It is not
only delicious but also extremely elegant in appearance. The local specialties include Beggar's
Chicken (an entire chicken cooked in a ball of mud), West Lake Fish in Sweet Sour Source
(vinegar coated fish from the lake), Dongpo Pork (braised pork) and Fried Shrimps with Longjing
Tea Leaves, and many others.
Shopping
As one of China's most dynamic cities, Hangzhou is a pearl in the Yangtze River Delta. Shopping
in Hangzhou is no longer limited to local specialties, such as silk, tea, and lotus root starch. Today
modern offerings abound in various shops, stores, supermarkets, and plazas that crowd the
commercial center.
Frequent-using telephone number
Telephone number search
114
Social security emergency
110
Fire alarm
119
Medical emergency
120
Electricity
Electricity is supplied in 220 V/ 50Hz in China. Hotels generally provide power outlets
accommodating both straight two-pin plug and triangular 3-pin Chinese plugs.
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69th World Foundry Congress
Oct. 16-20, 2010
Hangzhou China
Currency and Credit Cards
The local currency in China is Renminbi (RMB). The basic currency unit is Yuan, international
currency code CNY. All prices in China are given in Yuan. In June 2010, currency exchange rates
were approximately € 1 = 8.33658 RMB, US$1= 6.82130 RMB.
Credit cards are of limited use, and cards that can be used include Visa, MasterCard, American
Express and JCB. You should be able to use credit cards at upmarket hotels and restaurants,
supermarkets and department stores.
Foreign currency and traveler’s check can be changed at border crossings, international airports,
branches of the Bank of China, tourist hotels and some large department stores.
Passport and Visa
A valid passport is required of all visitors entering The People's Republic of China. All foreign
visitors to China need a VISA from their respective Chinese Embassy or Consulate in order to
enter the country.
For more details, please consult the local Chinese Consulates or travel agencies.
VISA APPLICATION FORM
Name:
Gender:
Nationality:
Date of Birth:
Passport No.:
Place Desired to Get Visa:
Reason to Visit China:
Cities Desired to Visit:
Entry China Date:
Exit China Date:
Position:
Institution Name:
Address:
Tel:
Fax:
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69th World Foundry Congress
Oct. 16-20, 2010
Hangzhou China
Social Program
Hangzhou City Tour
Saturday, Oct 16, 2010
10:00-16:00
This program will be run six times at 10:00, 11:00, 13:00, 14:00, 15:00 and 16:00, respectively a
day. All those participating in the city tours will depart and return at the East Park of Zhejiang
People’s Great Hall.
Tour line:
Beishan Street→Yang Gong causeway→Nanshan Road→Wansong mountain→Qianjiang CBD。
Please Note: Delegates must bring your Registration Pass to take the bus.
Welcome Banquet
Sunday, Oct 17, 2010
16:30-21:00
This banquet will be at the Banqueting Hall of Zhejiang People's Great Hall on Oct 17, and
admittance is free to registered participants.
This program will be a memorable and enjoyable experience during your stay in Hangzhou and
you can enjoy Chinese food culture.
Accompanying Persons Program (Daily Tours)
Tuesday, Oct 18, 2010
9:30-16:30
Tour fee: USD 30/person
China National Tea Museum
China National Tea Museum is the only national museum specialized in tea and tea culture in
China. It is located in Dragon Well, the tea hometown, was launched officially in April, 1991,
covers land are 4.7 Ha, and construction area 8000 m2. It is a modern museum for cultural show,
popular science promotion, talent training, research, academic exchange, tea drinking, catering,
conference, recreation, and so on. It is an exhibition center of Chinese tea culture, a professional
venue for collecting tea antiques and tea documents, a key base for tea cultural study, an important
organization for tea cultural events, a cradle for tea technicians, an important window for
promoting tea culture and a key venue for the education of patriotism and quality of the minors.
Qinghefang Old Street
Qinghefang Old Street is one of the oldest streets and is the only well persevered antique historic
street in Hangzhou city. It derived from Southern Song Dynasty and became prosperous in Qing
Dynasty. After Hangzhou has been chosen as the capital of Southern Song Dynasty, Qinghefang
witness many luxurious residence and prosperous restaurants, teahouse and stores. The street
collects the business culture, construction culture and folk art culture, famous people, old alleys,
ancient houses and renowned store accumulating rich historical and cultural heritage.
9:30 AM Departure from the East Park of the Zhejiang People’s Great Hall. Visit China National
Tea Museum, enjoy the Tea Art and Custom entertainment
12:00 AM Lunch. After lunch, sight seeing tour of Qinghefang Old Street in the afternoon.
4:30 PM Back to the Zhejiang People’s Great Hall.
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69th World Foundry Congress
Oct. 16-20, 2010
Hangzhou China
Monday, Oct 19, 2010
9:30-15:30
Tour fee: USD 30/person
High Fashion (China) Co., Ltd
High Fashion (China) Co., Ltd is a respected silk textile and garment manufacturer servicing
retailers and importers on a globally basis since its inception in 1978. The company specializes in
upper tier, women and men product, woven silk and knitwear, sportswear, intimate apparel,
neckwear and home furnishings and textiles.
9:30 AM Departure from the East Park of the Zhejiang People’s Great Hall. Visit High Fashion
(China) Co., Ltd.
12:00 AM Lunch at High Fashion (China) Co., Ltd, and visit Product Showroom in the
afternoon.
3:30 PM Back to the Zhejiang People’s Great Hall.
Singing and Dancing entertainment
Monday, Oct 18, 2010
19:00-21:30
The program is a panorama style large-scale performance. It is based on Hangzhou history and
mythology which is mixed by singing, dancing and acrobatics together. The performance will give
you a pleasant and impressed feeling.
Foundrymen’s Night
Tuesday, Oct 19, 2010, 18:00-21:00
This Party will gives you an opportunity to take a further exchange with foundrymen from various
countries. And through the communication, you will feel a magnificent and beautiful autumn night
in Hangzhou. The program will be held in Zhejiang People’s Great Hall.
Works Visits
Wednesday, Oct 20, 2010
08:00-17:00
The program is scheduled on Oct 20, the tour are also prepared to take a field trip. You can visit
the representative foundry enterprise nearby Hangzhou.
Post Congress Tours
After the congress, you may have a chance to have a conducted tour organized by a tourist agency,
or by yourself. China is one of the most beautiful nature scene countries in the world with many
scenic spots and historical sites.
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69th World Foundry Congress
Oct. 16-20, 2010
Hangzhou China
Accommodation
The Organizing Committee has reserved the following hotel for delegate around the
congress venue
Star
Rating
Hotel
★★★
SHANGRI-LA
★★
HANGZHOU
Distance From
Negotiation Rate
Web Site
Airport
venue
(CNY)
35 km
2.5 km
1520-4620
www.shangri-la.com
33 km
1.3 km
1610-5300
www.hangzhou.regency.hyatt.com
33 km
0.4 km
1200-2600
www.plazaroyalehotels.com
33 km
0.6 km
550-850
www.lakeviewhotelhz.com
33 km
0.8 km
500
www.ramadahz.com
HYATT
★★★
★★
REGENCY
HANGZHOU
WYNDHAM
★★★
★★
GRAND PLAZA
ROYALE,
WEST LAKE
HANGZHOU
LAKEVIEW
★★★
★
HOTEL
HANGZHOU
CHINA
RAMADA
★★★
★
PLAZA
HANGZHOU
HAIHUA
For more information about the hotels, please visit the relative website indicated in
the table.
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69th World Foundry Congress
Oct. 16-20, 2010
Hangzhou China
Post Congress Tours
We recommend five post congress tour lines for you.
Line One
Poetry West Lake
One Day Tour in Hangzhou (Oct. 21, 2010)
Take a Boat Cruise of the West Lake, and then visit Lesser Yingzhou, which is one of the three
islets of the lake. The sightseeing in succession including the “Melting Snow at Broken Bridge”
and “Spring Dawn at Su Causeway” and “Viewing Fish at Flower Harbor”, which are the three of
the famous “Ten Views of the West Lake”. The visiting of Leifeng Pagoda is also involved where
you can get a bird’s eye view of the whole lake. You can also enjoy the Traditional Chinese Silk
Performance, and visit Lingyin Temple (Temple of Inspired Seclusion), which is one of the ten
most famous ancient Buddhist temples in China. In front of which, Feilai Peak is especially
different from the surrounding mountains.
Line Two
Day 1
Distinguished World Expo and Impression Southern Yangtze
Three Days Tour in Suzhou and Shanghai (Oct. 21-23, 2010)
Day 1
Visit Lion Garden, it is one of the top four gardens in Suzhou and has been inscribed in the World
Culture Heritage List by UNESCO in 1997.
Take the Boat Cruise in the canal around Suzhou, which is regarded as “Oriental Venice” by
Macro Polo in the 13th century，and get to enjoy a bell ring from Hanshan Temple and overlook
the Tiger Hill.
Day 2
Visit the most beautiful water village in the South Bank of the Yangtze River, “Zhouzhuang”.
Where you can experience the poetry scence of bridges, water and houses.
Arrive in Shanghai in the afternoon. You can take a walk in City God’s Temple and go shopping,
and then enjoy the night view of Shanghai in the Harbor.
Day 3
Visit World Expo. Free visit inside the Expo park and visit some typical pavilions, such as: “China
Pavilion” represents Chinese Cultural Spirits roundly; and the designing of “China Ship Pavilion”
will give you a full expression to the theme of Expo “Better City, Better Life”.
Line Three
Enjoy the cultural feast of China
Five Days Tour in Xi’an and Beijing (Oct. 21-25, 2010)
Day 1
Arrive in Xi’an by airplane. Take an enjoyable walking tour of Xi’an city center.
Day 2
Leave for Lintong County, and visit the famous Terra-cotta Warrior and Horse Musume, i.e.
Emperor Qin Shihuang’s Mausoleum. Terra-cotta Warrior and Horse is one of the eight wonders
of the world. Visit Huaqing Pool site — Emperor’s hibernate Xanadu.
Day 3
Visit the Drum tower and the Bell tower. Go to the Square North to the Big Wild Goose Pagoda. It
is the biggest fountain square in Asia. Visit the theme garden of the culture of Tang Dynasty www.wfc2010.com
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69th World Foundry Congress
Oct. 16-20, 2010
Hangzhou China
Datang Lotus Garden, and enjoy the singing and dancing of Tang Dynasty.
Day 4
Arrive in Beijing by airplane. Visit the Tian’anmen Square (the largest city center square of the
world) and the Fobidden City (the largest and most well reserved imperial residence in the world).
See the manufacture procedure of cloisonné and enamel. Enjoy the local flavor in the famaous
Wangfujing Street. The delicious Beijing Duke and Chinese acrobatics perform will be served.
Day 5
The scence today including the Great Wall, the Summer Palace - the largest imperial garden
existing in China, and two famous Olympic Venues of Bird’s Nest and Water Cube, as well as the
Qianmen Fence Street.
Line Four
Feel Distinguished Chinese Natural and Cultural
Three Days tour of Huangshan Mountains and Hongcun (Oct. 21-23, 2010)
Day 1
Visit Huangshan Mountains, a chance to enjoy the strange pines, absurd stones, sea of clouds and
hot springs. Watch various famous pine trees, such as Black Tiger Pine Tree, Lying Dragon Pine
Tree and so on. Visit Northern Sea Scenic Area and enjoy the view of a lot of famous rocks. Clime
the Lion Peak.
Day 2
Visit some famous scenic spots, like Grand Canyon, Flying Peak, Bright Peak, Welcome Pine Tree
in “Western Sea” Scenic area. Overlooking Tiandu Peak. Leave for Hongcun, which is regarded as
the most beautiful Village in Chinese Painting and was inscribed in the World Culture Heritage
List by UNESCO in 2000. The shape of the village is like a buffalo and about 140 folk houses in
the village were built in Ming and Qing Dynasties and well preserved. Go Shopping in Tunxi
Historical Street in the evening.
Day 3
The tours end, participates can depart from Huangshan Mountains to Shanghai by airplane.
Line Five
Enjoy the cultural feast of China
Four Days trip in Beijing (Oct. 21-24, 2010)
Day 1
Take a train to Beijing
Day 2
Feel the Great Wall Badaling Mountain. Visit the Summer Palace, the China's leading classical
garden which enjoys a worldwide reputation. The two main elements of the garden are Longevity
Hill and Kunming Lake. It covers an area of 290 hectares and built in Qing Dynasty. The groups
of buildings, hills and lakes, together with the background of West Hills, give an ever changing
scene. Then take a walk in Dashalan and get the feeling of the historical commercial street 100
years ago. Then overlooking the “The Bird’s Nest” and “The Water Cube” which are both
stadiums in 2008 Beijing Olympic Games
Day 3
Bus for Tian’anmen Square which is the biggest city square in the World. Visit “Forbidden City”
which is the biggest and the most well-preserved palace in the world. Feel the unique
magnificence and dignify in Ming and Qing Dynasty. Watch the production process of Cloisonne,
Which is considered the quintessence of Chinese culture. Then go to see the Enamel Crafts. Taste
the famous Beijing Duck dishes. Then you can take a walk to the famous Wangfujing street.
Day 4
Visit “Temple of Heaven” which is the biggest royal construction only for sacrifice, where you can
visit the Echo Wall and Qinian Hall.
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69th World Foundry Congress
Oct. 16-20, 2010
Hangzhou China
If you plan to take part in post congress tours, please contact with Hangzhou International Travel
Service.
Mrs. May Hu
Tel: +86 571 85061088
Fax: +86 571 85153242
Website: hzholidays.com
E-mail: mayhu2002@foxmail.com
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69th World Foundry Congress
Oct. 16-20, 2010
Hangzhou China
World Expo 2010
Shanghai China
Duration: May 1 to Oct 31, 2010
Theme: Better City, Better Life
World Expositions are galleries of human inspirations and thoughts. Since 1851 when the Great
Exhibition of Industries of All Nations was held in London, the World Expositions have attained
increasing prominence as grand events for economic, scientific, technological and cultural
exchanges, serving as an important platform for displaying historical experience, exchanging
innovative ideas, demonstrating esprit de corps and looking to the future.
With a long civilization, China favors international exchange and loves world peace. China owes
its successful bid for the World Exposition in 2010 to the international community's support for
and confidence in its reform and opening-up. The Exposition will be the first registered World
Exposition in a developing country, which gives expression to the expectations the world's people
place on China's future development.
So what will Expo 2010 Shanghai China deliver to the world? There is no doubt the Chinese
people will present to the world a successful, splendid and unforgettable exposition.
Expo 2010 Shanghai China will be a great event to explore the full potential of urban life in the
21st century and a significant period in urban evolution. Fifty-five percent of the world population
is expected to live in cities by the year 2010. The prospect of future urban life, a subject of global
interest, concerns all nations, developed or less developed, and their people. Being the first World
Exposition on the theme of city, Exposition 2010 will attract governments and people from across
the world, focusing on the theme "Better City, Better Life." For its 184 days, participants will
display urban civilization to the full extent, exchange their experiences of urban development,
disseminate advanced notions on cities and explore new approaches to human habitat, lifestyle and
working conditions in the new century. They will learn how to create an eco-friendly society and
maintain the sustainable development of human beings.
Expo 2010 Shanghai China will centre on innovation and interaction. Innovation is the soul, while
cultural interaction is an important mission of the World Expositions. In the new era, Expo 2010
Shanghai China will contribute to human-centred development, scientific and technological
innovation, cultural diversity and win-win cooperation for a better future, thus composing a
melody with the key notes of highlighting innovation and interaction in the new century.
Hangzhou is 175 km from Shanghai, there is the speedway and railway link up with Shanghai, and
it only takes more than 1 hour from Hangzhou to Shanghai.
For more details information about Expo2010, please visit website: www.expo2010china.com.
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