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Technical Ceramics Based on Zirconium Dioxide in Russia and the World: Production, Market and Forecast (2nd edition)
页数: 177
表数: 35
的数字的数量: 17
报告语言: Russian
发布: 14.12.2010
提交方式:
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价格: 3 500 Euro
This report is currently available in Russian language only. However, we can provide an English version of the report within 3 weeks after receiving a payment.
This report focuses on the investigation of the Russian market of technical ceramics based on zirconium dioxide and forecast of its development in conditions of the financial crisis for the period up to 2015. The report consists of 6 chapters, contains 177 pages including 17 figures, 35 tables and two annexes.
In general, the work can be described as a desk study, but a number of telephone interviews was carried out with representatives of Russian enterprises participating in the market.
As information sources, data obtained during the telephone interview, as well as data of the Federal Customs Service of the Russian Federation, sectoral and regional press, annual and quarterly reports of companies, specialized magazines, Internet sites, companies, and database of "InfoMine" were used.
The first chapter of the report provides an overview of the world's manufacturers of technical ceramics based on zirconium dioxide, their range and quality of the products. It shows the basic "drivers" of the world market of this product.
In the second chapter of the report data on sources of raw materials for the production of technical ceramics based on zirconium dioxide are presented, as well as the characteristics of raw materials from different manufacturers.
The third chapter describes the various production technologies for products from technical ceramics based on zirconium dioxide.
The fourth chapter is devoted to production of technical ceramics based on zirconium dioxide in Russia. This chapter provides data on available facilities on production of this product in the country. Also it provides information on the leading Russian manufacturers of zirconium ceramics, including data on existing facilities, suppliers of raw materials, product range and quality of the products, plans for enterprise development.
The fifth chapter provides an analysis of foreign trade in technical ceramics based on zirconium dioxide by major commodity groups. Data on volumes of imports and exports of the products in kind and in money terms for the period of 2002-2010 are given, and regional pattern of supply is estimated; besides, the chapter described the leading suppliers of zirconium ceramics in the Russian market.
The sixth chapter is devoted to analysis of consumption of technical ceramics based on zirconium dioxide in Russia. In this section we give an estimate of volumes of consumption of the products in the country and show the sectoral structure of its application.
In the seventh, final chapter of the report forecast of development of Russian market of technical ceramics based on zirconium dioxide for the period up to 2015 is presented.
Annex 1 shows the contact details of the Russian manufacturers of zirconium ceramics.
Annex 2 presents data on the main Russian consumers of technical ceramics based on zirconium dioxide and the volumes of its consumption in 2006-2010.
Abstract
Introduction
1. The world market of technical ceramics based on zirconium dioxide
1.1 Production of technical ceramics based on zirconium dioxide in the world
1.2 Producers of stabilized zirconium dioxide
Tosoh (Japan)
Daiichi Kigenso Kadaku Kogyo Co Ltd. (DKKK) (Japan)
Saint-Gobain (France)
UCM (Germany)
Stanford Materials Corporation (USA)
1.3 Companies producing wide range of products from zirconium dioxide
Kyocera (Japan)
Morgan Technical Ceramics (UK)
H.C. Starck GmbH (Germany)
CoorsTek (USA)
Rauschert (Germany)
1.4 Manufacturers of Heat protective cover
Sulzer Metco (U.S.)
Shromalloy Gas Turbine Corporation (USA)
Praxair (U.S.)
Bodycote PLC (UK)
Ultramet (USA)
Covalent Materials (USA)
1.5 Production of sensors
NGK Spark Plugs (NTK) (USA)
NGK (Japan)
1.6 Production of lugs of connectors for fiber-optic communication
Sumitomo Osaka Cement (SOC) (Japan)
1.7 Production of fuel cells based on zirconium dioxide
Kerefol (Germany)
1.8 Production of filters based on zirconium dioxide
Cookson Group (UK)
1.9 Production of medical implants
CeramTec (Germany)
Metoxit (Switzerland)
Ceradyne (USA)
1.10 Companies of China
Zhengzhou Zhenzhong Fused Zirconia
Chemco Advance Material (Suzhou)
Adena Ceramics (Shanghai)
Shanghai Companion Precision Ceramics
Sunic Technology
Tatung Advancedceramics
Jincheng Fuji New Materials
Shenzhen Huaxin Precision Ceramics
Jia Xing Jie Naier Hard Alloy
Guangdong Orient Zirconic Ind Sci & Tech Co
Sino Optic Communication
Shenzhen Xiangtong Photoelectricity Technology
King Filter Engineering
Jiangxi Jintai Special Material
Jinan Tianwei Innovation Oilfield Equipment
Shenzhen Hirih Jiangshu Industrial
Weihai Weigao Biotech
1.11 World consumption of technical ceramics based on zirconium dioxide
1.11.1 Solid oxide fuel cells (SOFC)
1.11.2 Engine-building
1.11.3 Fiber optics
1.11.4 Automotive Sensors
1.11.5 Medicine
2. Raw materials for production of technical ceramics based on zirconium dioxide in Russia
3. Technology of production of technical ceramics based on zirconium dioxide
4. Production of technical ceramics based on zirconium dioxide in Russia
4.1. Federal State Unitary Enterprise ONPP "Technology" (Kaluga region)
4.2. LLC "Scientific-Industrial Center ZKCH (Moscow)
4.3. LLC "TKERAM (Moscow)
4.4. LLC "Plant of technical ceramics" (Moscow)
4.5. LLC "Virial (St. Petersburg)
4.6. CJSC "Econ" (Kaluga Region)
4.7. JSC "Yuzhnouralsky plant of radioceramics" (Chelyabinsk region)
4.8 Federal State Unitary Enterprise "Siberian Chemical Works" (Seversk)
4.9 Other companies
5. Analysis of foreign trade in technical ceramics based on zirconium dioxide in Russia in 2002-2010
5.1. Import
5.1.1 Powders for plasma spraying of metal
JSC "UkrNIIO named after A.S.Berezhnoi" (Ukraine)
SULZER Metco (U.S.)
5.1.2 Porous ceramics (ceramic foam filters)
Selee Corporation (USA)
Igor Láník-Techservis Boskovice (Czech Republic)
Drache Umwelttechnik GmbH (Germany)
Foseco (Germany)
5.1.3 Ceramic Crucibles
ZIRCOA (USA)
JSC "UkrNIIO named after A.S.Berezhnoi" (Ukraine)
THERMAL CERAMICS (UK)
ITALIMPIANTI ORAFI S.r.A. (Italy)
SCHUNK (Germany)
5.1.4 Grinding bodies
Saint Gobain Zirpro (France)
5.1.5 Wear-resistant components and metal-ceramics
JV "Pratt & Whitney - Paton" (Ukraine)
IBS Austria GmbH (Austria)
5.1.6 Dentures
NOBEL BIOCARE (Switzerland)
5.1.7 Products containing solid electrolytes
5.1.8 Probes for measuring oxygen activity in liquid steel
HERAEUS ELECTRO-NITE (Belgium)
5.1.9 Sensors of oxygen concentration in the exhaust gas (lambda probes)
Bosch (Germany)
5.1.10 Sensors for gas analyzers to determine the concentration of oxygen in flue gases of furnaces
ABB (Switzerland)
5.2. Export
6. Consumption of technical ceramics based on zirconium dioxide in Russia
6.1 Structure of consumption of technical ceramics
6.2 Areas of application of technical ceramics
6.2.1. Engine-building
6.2.2 Metallurgy
6.2.3 Engineering
6.2.4 Production of Equipment
6.2.5 Automotive Industry
6.2.6 Medicine
6.2.7 Energy
6.2.8 Pulp and Paper Industry
6.2.9 Construction Industry
6.2.10 Nuclear Power Generation
7. Prospects and forecast of of technical ceramics based on zirconium dioxide market development in Russia up to 2015
Annex 1: Basic Russian manufacturers of technical ceramics based on zirconium dioxide
Annex 2: Basic Russian consumers of technical ceramics based on zirconium dioxide
Table 1: Characteristics of powders of zirconium dioxide of Tosoh
Table 2: Characteristics of powders based on zirconium dioxide of company DKKK
Table 3: Characteristics of zirconium dioxide Kyocera
Table 4: Chemical composition of stabilized zirconium dioxide of production of SE "Volnogorsk GGMK"
Table 5: Characteristics of stabilized zirconium dioxide of production of GNPP "Zirconium"
Table 6: Volumes of supplies of Ukrainian zirconium dioxide to Russian Federation (2004-2010), t
Table 7: Characteristics of grades of initial powders for the production of technical ceramics based on zirconium dioxide stabilized with yttrium, produced by JSC "Chepetsk Mechanical Plant"
Table 8: Characteristics of powders based on zirconium dioxide for plasma spraying of production of JSC "Chepetsk Mechanical Plant"
Table 9: Mix and features of products from completely stabilized zirconium dioxide of production of JSC "Chepetsk Mechanical Plant"
Table 10: Mix and characteristics of products from partially stabilized zirconium dioxide of production of JSC "Chepetsk Mechanical Plant"
Table 11. Characteristics of the materials for the production of zirconium ceramics of LLC "NPTs" ZKCH"
Table 12. Indicators of wear of grinding media from a variety of materials manufactured by LLC "SPC" ZKCH"
Table 13. Characteristics of ceramics based on zirconium dioxide of production of LLC "Virial"
Table 14. Regional structure of Russian imports of powders for plasma spraying of metals in 2002-2010, kg; thousand $; $ / kg
Table 15. Import volumes of powders for plasma spraying of metals by Russian enterprises in 2002-2010, kg
Table 16: Properties of zirconium crucibles for melting of platinum of production of JSC "UkrNIIO named after A.S.Berezhnoi"
Table 17: Characteristics of ceramic powders for plasma spraying based on zirconium dioxide of production of Sulzer Metco
Table 18: Regional structure of Russian imports of porous ceramics (ceramic foam filters) in 2002-2010, kg, thousand $, $ / kg
Table 19: Imports of porous ceramics (ceramic foam filters) by Russian enterprises in 2002-2010, kg
Table 20: Regional structure of Russian imports of ceramic crucibles in 2002-2010, kg, thousand $, $ / kg
Table 21: Imports of ceramic crucibles by Russian enterprises in 2002-2010, kg
Table 22: Chemical composition and physical properties of ceramic crucibles based on zirconium dioxide of production of Zircoa Inc.
Table 23: Regional structure of Russian imports of grinding bodies in 2002-2010, th. tonnes, thousand $
Table 24: Imports of grinding bodies by Russian enterprises in 2002, 2006 and 9 months of 2010, kg
Table 25: Characteristics of ceramic grinding bodies based on zirconium dioxide of production of Saint Gobain Zirpro
Table 26: Regional structure of Russian imports of wear resistant products and metal-ceramics based on zirconium dioxide in 2002-2009, kg, thousand $, $ / kg
Table 27: Imports of wear-resistant products and metal-ceramics based on zirconium dioxide by Russian enterprises in 2002-2010, kg
Table 28: Regional structure of Russian imports of dentures from zirconium dioxide in 2007-2010, kg, thousand $, $ / kg
Table 29: Regional structure of Russian imports of probes for measuring oxygen activity in liquid steel in 2002-2009, kg, $, $ / kg
Table 30: Regional structure of Russian imports of oxygen sensors in the exhaust gases of cars in 2002-2010, kg, $, $ / kg
Table 31: Imports of oxygen concentration sensors in the exhaust gases of automobiles by Russian enterprises in 2002-2010, kg
Table 32: Regional structure of Russian imports of sensors of oxygen concentration in flue gases in 2002-2010, kg, $, $ / kg
Table 33: Imports of sensors of oxygen concentration in the flue gases by Russian enterprises in 2002-2010, kg
Table 34: Volumes of export of products, containing solid electrolytes, by Russian enterprises in 2002-2009, kg
Table 35: Exports of free oxygen sensors in the exhaust gas in 2002-2010, pieces
Figure 1: Dynamics of the world supply of passenger aircraft (with a capacity of more than 20 passengers) in 1997-2009, pieces
Figure 2: Dynamics of the global consumption of optical cables in 2000-2009, mln km of optical fiber
Figure 3: Dynamics of global production of cars in 1997-2009, mln pieces
Figure 4: Forecast of the world automobile fleet (mln pieces) in 2010-2025
Figure 5: Capacity of the European market of dental implants in 2007-2013, bln USD
Figure 6. Flow sheet of production of ceramic products based on zirconium dioxide at JSC "Chepetsk Mechanical Plant"
Figure 7: Dynamics of production of zirconium dioxide-based ceramics in Russia (2007-2010), t
Figure 8: Diagram of thermal unit of Chorkhalsky installation
Figure 9: Dynamics of import of technical ceramics based on zirconium dioxide in 2002-2010, t
Figure 10: Commodity structure of Russian import of technical ceramics based on zirconium dioxide in the 2002-2010 (in kind), %
Figure 11: Dynamics of Russian import of zirconium ceramics in 2002-2010 ignoring occasional deliveries, t
Figure 12: Commodity imports of ceramics based on zirconium dioxide (in value terms) in 2009,%
Figure 13: Dynamics of imports of products, containing solid electrolytes in 2002-2010, t
Figure 14: Dynamics of imports of products, containing solid electrolytes in 2002-2010, thousand pieces.
Figure 15: The principle of an electrochemical galvanic cell of probe CELOX
Figure 16: Structure of consumption of technical ceramics based on zirconium dioxide in Russia in 2009,%
Figure 17: Areas of application of ceramics based on zirconium dioxide
