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No. 0013T001 The Survey of Titanium Dioxide in China  - Edition(3)

 

 

About This Report:

 

Report edition:  2009 edition(3)
Language version: English
Document type: PPT|PDF + Excel (PPT or PDF document with additional Excel Document)
For ready report --    
  Finished in: Apr 2009 ,edition(3)
  Total pages: 154
  Delivery: Delivery within 1-1 work days by email
  Price/copy: - USD10000.00 for single user
    -USD25000.00 for corporate license/site license
For update report --  
  Delivery time: Delivery within 10-20 work days by email
  Price/copy: - USD12000.00 for single user PDF
    - USD30000.00 for corporate license/site license

 

* The corporate license/site license is only for the sole and confidential use within the subscriber company and its affiliates in which the subscriber company owns, directly or indirectly, a fifty percent or greater, financial interest.

 

Report Edition List:

 

Version Finished in Availability Language   Pages   Delivery Price/Copy (For single user)
update report - update on request English - within 10-20 work days by email USD12000.00
2009,edition(3) Apr,2009 available English 154 within 1-1 work days by email USD10000.00
2008,edition(2) June,2008 available English 188 within 1-1 work days by email USD6500.00
2005,edition(1) Nov,2005 available English 217 within 1-1 work days by email USD6500.00

 

 

Description:

 

China is currently the largest titanium dioxide supplier in the world, with its capacity exceeding the US in 2008 stimulated by growing domestic demand. Apart from the rapid capacity expansion, Chinese titanium dioxide industry is experiencing the following changes in currently sluggish market.

- Raw materials' price decline
Raw materials prices have slumped in 2009. For instance, sulfuric acid price has dived to USD58/t in Mar. 2009 from USD219/t in Jul. 2008. Will it stimulate China's TiO2 production and increase manufacturers' profits? What measures are Chinese manufacturers taking to enlarge profit margin?

- Development of chloride process
Pangang Group Jinzhou Titanium Industry Co., Ltd., the only Chinese producer adopting chloride process till now, has completed its chloride process capacity expansion in Mar. 2009, and aims to further expand in the future. What's the development trend of China's chloride process in the following years? And why there hasn't been any foreign manufacturer investing in chloride process in China till now, by joint venture or singe proprietorship? Will DuPont establish its new plant smoothly in the near future?

- Tightening titanium ore supply
Vietnam, one of the most important origins of China's titanium ore, once declared to ban ore export in Jan. 2009. Facing high import dependence rate, how will Chinese producers ensure the sufficient raw material supply in the future?

- Rising waste treatment cost
In titanium dioxide industry, waste treatment cost constitutes relatively large portion of production cost. With the government's increasing attention to environmental protection, how will Chinese manufacturers deal with the rising cost?

- TiO2 consumption change
Though greatly impacted by the financial crisis, China's TiO2 demand broke a new record in 2008. However, Chinese end users have different consumption habits and usually replace TiO2 by other substitutes. What are the consumption habits and quality requirements of Chinese end users? Will the vitalising plans and other supporting measures benefit TiO2 industry?

This report describes the current dynamics of China's titanium dioxide industry, covering production and consumption, import/export analysis and benchmarking of key manufacturers. Based on the in-depth analysis, the report provide insightful qualitative and quantitative forecast to the next five years, and discloses the key opportunities for foreign suppliers and manufacturers aiming at Chinese and global TiO2 market.

In addition to the above issues, you can find detailed analysis for the following questions:
1. What are the capacity/output of China's top 30 manufacturers in Mar. 2009, and their product types, ore supply and inventories? 
2. What are the characteristics of capacity distribution and concentration in China?
3. What's the profit situation and competitive advantages of benchmarking manufacturers?
4. What's the influence of highlighted cases, including amortisation, DuPont's entry, ore reserve policies and waste treatment standard, on titanium dioxide industry?

 

Main Content:

 

No. Content
Page
I Production
- Overview
- Capacity expansion, output, distribution
- Concentration in west and central regions
- Sulphate process vs. chloride process
- Feedstock situation
- Price
II Benchmarking
- Overview of manufacturers
- Reasons for choosing these manufacturers
- Jinzhou Titanium
Strength and weakness
Production
Distribution network
Waste treatment
Feedstock supply
Technology innovation
Research investment
Cost structure         
- Panyu Titanium  
- Jinan Yuxing
- Shanghai Jianghu
Reason for presenting this company
Strength
Production
Distribution
Product standard
Waste treatment cost
How to decrease cost by coating
III Highlighted case
1 Amortisation
2 DuPont's entry(2005-now)
3 No joint venture of chloride process
4 Policy
IV I/E analysis
- Price trend
- Import distribution
- Export destination
- Manufacturers' export situation
V Consumption
- Mass balance
- Market share
- Quality requirement
- Consumption habits
- Development trend
VI Opportunity
- Raw material production
- Enterprise merger
- Product structure optimisation & quality improvement
VII Forecast to 2013
- Drivers
- Barriers
- Qualitative forecast
- Quantitative forecast

LIST OF TABLES
Table I-1 Top 30 TiO2 manufacturers by capacity, Mar. 2009
Table I-2 Dispersed TiO2 capacity by region, 2009
Table I-3 Capacity of top10 TiO2 producers, Mar. 2009
Table I-4 New plants under construction, Mar. 2009
Table I-5 Import origins of titanium ore in China by share, 2006-2008
Table I-6 List of nanometer titanium dioxide manufacturer, Mar. 2009
Table I-7 Chemical fiber grade and electronic titanium dioxide manufacturer, Mar. 2009
Table II-1 Characteristics of the four benchmarking companies
Table II-2 Production cost of Jinzhou Titanium, Mar. 2009
Table II-3 Management cost of Jinzhou Titanium, Mar. 2009
Table II-4 Profit structure of Jinzhou Titanium, Mar. 2009
Table II-5 Production cost of Panyu Titanium, Mar. 2009
Table II-6 Management cost of Panyu Titanium, Mar. 2009
Table II-7 Profit structure of Panyu Titanium, Mar. 2009
Table II-8 Production cost of Jinan Yuxing, Mar. 2009
Table II-9 Management cost of Jinan Yuxing, Mar. 2009
Table II-10 Profit structure of Jinan Yuxing, Mar. 2009
Table II-11 Comparison of additional cost and profit between anatase and rutile TiO2
Table II-12 Profit comparison among the benchmarking enterprises, Mar. 2009
Table IV-1 TiO2 import distribution by end use sector, 2008 (unit: tonne)
Table IV-2 TiO2 import situation by end use sector, 2008
Table IV-3 China's TiO2 export destinations, 2008 (unit: quantity: kg; price: USD/kg)
Table IV-4 Export situation of main TiO2 manufacturers, 2008 (unit: tonne)
Table V-1 TiO2 apparent consumption evolution, 2005-2008, tonne
Table V-2 Output evolution of coating products, 2005-2008, tonne
Table V-3 TiO2 consumption in coating, 2005~2008, tonne
Table V-4 Main end users in coating industry, 2008
Table V-5 Output evolution of plastic products, 2005-2008, '000 tonnes
Table V-6 TiO2 consumption in plastic, 2005~2008, tonne
Table V-7 Main end users in plastic industry, 2008
Table V-8 Output evolution of paper products, 2005-2008, tonne
Table V-9 TiO2 consumption in papermaking, 2005-2008, tonne
Table V-10 Main end users in papermaking industry, 2008
Table V-11 Output evolution of enamel, 2005-2008, tonne
Table V-12 TiO2 consumption in enamel, 2005-2008, tonne
Table V-13 Main end users in enamel industry, 2008
Table V-14 Output evolution of welding rod, 2005-2008, tonne
Table V-15 TiO2 consumption in welding rod, 2005-2008, tonne
Table V-16 Main end users in welding rod industry, 2008
Table V-17 Consumption of synthetic rubber, 2005-2008, tonne
Table V-18 TiO2 consumption in synthetic rubber, 2005-2008, tonne
Table V-19 Main end users in rubber industry, 2008
Table V-20 Output evolution of chemical fiber, 2005-2008, tonne
Table V-21 TiO2 consumption in chemical fiber, 2005-2008, tonne
Table V-22 Main end users in chemical fiber industry, 2008
Table V-23 Output evolution of ink, 2005-2008, tonne
Table V-24 TiO2 consumption in ink, 2005-2008, tonne
Table V-25  ain end users in ink industry, 2008
Table VI-1 Unit capacity comparison of domestic and global TiO2 projects, 2008, t/a
Table VII-1 China's titanium ore import dependence rate, 2005~2008
Table VII-2 Forecast on China's demand for TiO2, 2009~2013, tonne
Table VII-3 Forecast on China's TiO2 output, 2009~2013, tonne

LIST OF FIGURES
Figure I-1 Expanding capacity and decreasing operating rate
Figure I-2 Capacity structure of TiO2 in China, 2005-2009, t/a
Figure I-3 Geographic distribution of TiO2 capacity in China, Mar. 2009
Figure I-4 Trend of capacity concentration to Central and West China
Figure I-5 Unreasonable product structure, by process
Figure I-6 China's self-sufficiency rate of titanium ore, 2005-2008
Figure I-7 Capacity share of titanium ore by region, 2008
Figure I-8 Price decline of titanium dioxide and sulfuric acid, Jul. 2008 and Mar.2009
Figure I-9 Capacity change of specialty TiO2, 2003-2009, t/a
Figure IV-1 Import/export price of TiO2, 2008
Figure VI-1 China's import dependence rate of titanium ore, 2005~2008
Figure VI-2 Domestic titanium ore supply by origin, 2008
Figure VII-1 China's GDP evolution, 2001~2008
Figure VII-2 Chinese people's income evolution, 2003~2008
Figure VII-3 Chinese international trade evolution, 2003~2008

Part of Report: click here for sample pages

Executive Summary

Production

China's titanium dioxide production is characterized by dispersed capacity. More than XXX manufacturers, with total capacity of XXXt/a, are dispersed in XXX provinces, and only XXX manufacturers have over XXXt/a capacity.

In 2009, capacity of rutile TiO2 has firstly exceeded that of anatase TiO2, showing the gradually upgraded product structure.

Technology

Chloride process capacity has only constituted XXX% of China's total in early 2009. Pangang Group Jinzhou Titanium Industry Co., Ltd. is the unique domestic manufacturer adopting chloride process but its technology is still immature now. It's estimated that sulfate process will still dominant China's titanium dioxide industry in the following 5 years.

Cost analysis

China's current chloride process hasn't demonstrated cost advantage yet due to inefficient technology and inferior product quality compared with foreign counterparts, so its profit margin is still low. In current sluggish market, profit of TiO2 by sulfate process is also very low, especially anatase TiO2, almost with zero profit. The manufacturers who can supply raw materials by themselves or develop better products will earn more profits and survive the competition.

TiO2 consumption

Despite the global economic recession, China's TiO2 demand broke a new record in 2008, leading to large TiO2 import volume. Due to the sluggish overseas demand, China's TiO2 export volume decreased by XXX% in 2008 over the previous year.

Coating, plastic and papermaking remain the largest three end use sectors, and contribute most to the newly increased demand in 2008 driven by the Beijing Olympic Games. Although China's TiO2 consumption structure is similar to that of the world, due to different consumption habits, Chinese consumers pay more attention to the price and usually adopt other materials to replace TiO2 in certain fields.

Forecast

- Sulfate process will still dominate China's TiO2 production in the following five to ten years, together with rapid growth of chloride process;
- TiO2 product structure will be more reasonable, but import remain high;
- China's economic stimulus plans will certainly drive the demand for TiO2.


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(The rest content of this report is omitted.)

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