Opportunities of composites in worldwide Passenger Railway Market: 2010-2015.

• Publication date: December 2009

Abstract Content : For an industry which is increasingly looking to new materials and products to sustain long-term growth, “Opportunities of composites in worldwide passenger Railway Market: 2010-2015” is the only publication in the world to provide up to date information on the state of the global passenger rail market. The passenger rail market utilizes composite materials for making of exterior and interior rail component...

Abstract Content :

For an industry which is increasingly looking to new materials and products to sustain long-term growth, “Opportunities of composites in worldwide passenger Railway Market: 2010-2015” is the only publication in the world to provide up to date information on the state of the global passenger rail market. The passenger rail market utilizes composite materials for making of exterior and interior rail components as well as infrastructure components. Interior components made of composites include major items like ceilings, floorings, bulkheads, vestibules, fire barriers, corridor adapter frames, handrails, and luggage bins or racks. Exterior components made of composites include front ends, skirts, exterior panels, body shells, roofs, end cabs and more. Reinforcements used in the rail market are fiberglass, carbon fiber and aramid fiber, and resins used are phenolics, polyesters and epoxies. The global passenger rail market for new railcars increased at an average rate of 9.1% annually in last 5 years (2004-2009). Uses of composites in the rail industry grew by 10.4% annually in last 5 years. The total growth in the composites consumption in last five years was 64.3%. Composites in passenger rail market is expected to grow at double digit rate in coming five years with focus on weight reduction, fuel efficiency and with better FST performance Significant regional shift, in the overall passenger rail market is taking place. This new dimension is likely to provide tremendous growth to regional players and existing companies are expected to face fierce competition in the coming time.
Never before there has been a report addressing the markets, opportunities, materials and technology issues of the passenger rail industry. This unique report from Lucintel will provide you with all the valuable information and tools that you may need in operating your business successfully. The report can potentially save you hundreds of hours of your personal research time and can significantly benefit you in expanding your business in the rail industry. In today’s global economy, you need every advantage that you can find to keep you ahead in your business. Learn about current and future trends, identify key players, and explore the directions that the passenger rail industry is heading for.

Some of the features of this market report are:

- Global and regional analysis of passenger rail market. The market size and growth rates of the passenger rail market in Europe, North America and Asia with Rest of world.
- Passenger rail market forecast until 2015.
- Composite materials consumption in the global passenger rail market. Market break down by different types of resins and fibers.
- Market Parameters and Porter Fiver forces modal for OEM’s and molders
- Growth opportunities in the rail market
- Description of Composites Rail Tie market
- FST standards prevalent in different countries for passenger rail market
- Composites consumption by region.
- Composites consumption by manufacturing process.
- Composites consumption by applications.
- Growth trends and forecast (2010-2015) for composites consumption.
- List of railcars using composites with material description
- Rail Composites molders with their product portfolio analysis & customer details
- Description on more than 30 composite applications in the rail market.

Railway Passenger Transport Industry in Europe

Table of Contents

1 Executive Summary
2 Passenger Railway Industry: Past, Present, Future

History
First Locomotives
Passenger Kilometer
Length of lines
Rail Track Growth
Speed is essentials
Present Key drivers and Challenges for Passenger Rail Market
Future
European market
North America Market
Asian and ROW Market
Rail Composites Market
Key Drivers and Challenges for the Rail Composites Market
Composites application in the passenger rail industry
Composites usage in Rail by type of railcar

3 Passenger Railway Market: Global Analysis

Overview
Types of Passenger Railcars
Trains
Commuter & Regional Trains
High-Speed, Intercity, & Tilting Trains (Mainline)
World Total Network length for High Speed Trains
Heavy Rail (Metro/Rapid Transit)
Light Rail (Urban Trams)
Locomotives\

Passenger Railway Market Worldwide
Value of Orders Awarded Worldwide in 2009 by Region
Value of Orders Awarded Worldwide in 2009 by Major OEM’s

4 Passenger Railway Market: Regional Analysis

Regional Characteristics
European Characteristics
North American Characteristics
Asian Characteristics
Value of Orders Awarded and Number of Vehicle Deliveries to OEM’s by Region in 2009
European Orders and Deliveries
Value of Orders Awarded in Europe to OEM’s in 2009
European Deliveries of Passenger Railcars in 2009
North America Orders and Deliveries
Value of Orders Awarded in North America to OEM’s in 2009
North American Deliveries of Passenger Railcars in 2009
Asia Orders and Deliveries
Value of Orders Awarded in Asia to OEM’s in 2009
Asian Deliveries of Passenger Railcars in 2009

5 Passenger Railway Market: Trends and Forecasts

Worldwide Trends
Forecast
Geographical Segmentation of Passenger Rail Market for New Railcars in 2015
Passenger rail market forecast for New Railcars by Region by value from 2009 to 2015
The Orders of Today Become the Sales of Tomorrow
Order Backlogs
Bombardier order backlog
Alstom Order Backlog

6 Passenger Railway Market: Industry Leaders

Total Sales and Sales of Vehicles by Major OEM’s
Worldwide Market Shares between OEM’s
Vehicle Orders Awarded by Value to Major OEM’s
Vehicle Orders Awarded by Value to Bombardier
Vehicle Orders Awarded by Value to Alstom
Vehicle Orders Awarded by Value to Siemens TS
Product Review of Major Passenger Railway OEM’s
Bombardier Transportation
Automated people Mover
Automated Monorails
Light Rail Vehicles
Flexity Tram
Flexity 2 Tram
Metro/Rapid Transit Vehicles
Commuter/Regional Vehicles
Single deck Electric Multiple units
Diesel Multiple Units
Coaches
Single Deck coaches
Double-deck Coaches
Intercity/High-Speed Vehicles
Intercity Trains
High-speed Trains
Locomotives
Traxx AC
Traxx MS
Traxx DE
Traxx DC
Alstom Transportation
Alstom Urban Passenger Railway trains
Citadis Trams
Metropolis Metros
X’Trapolis Commuter Trains
Alstom Main line Trains
Coradia Regional and Intercity Trains
TGV: Very high-speed trains
Pendolino High Speed Tilting trains
Alstom Locomotives
Prima Electric locomotives
Prima Diesel locomotives

7 Composites Materials Used in the Railway Industry

Life-Cycle Cost Considerations in Choosing Materials
Composites Raw Materials
Reinforcement Types
Resin types
Prepreg Materials
Core Materials
Raw Materials Used by Component Manufacturers
Reinforcement Types
Resins Types
Core Material Types
Raw Material Suppliers to the Railway Industry
Reinforcement Fiber/Fabric Suppliers
Owens Corning
PPG
Ahlstrom
John Manville
Saint Gobain Vetrotex\
Parabeam BV
Hankuk Fiber Glass Co. Ltd.
Resin Suppliers
Ashland Specialty Materials
AOC LLC
Scottbader
DSM
Reichhold
Core Materials Suppliers
Hexcel Composites
Gurit
Alcan Airex AG
Evonik Degussa
DIAB Ltd
Euro-Composites

8 Composites Material Requirements

Specifications in the passenger Railway Industry
Property Comparison
Fire Performance of Phenolic
Comparison of different composites with Flame Retardant
Toxicity of Different Gases
Categories of trains as per BS6853

9 Composites Material Consumption in the Passenger Railway Industry (End Market)

Driving forces for the use of composites materials in the passenger railway industry
Total Composites Consumption in Passenger Railway Industry (End Market)
Composites Materials Consumption by Application (End Market)
Composites Materials Consumption by Application (End Market) in $M
Composites Materials Consumption by Application (End Market) Million lbs
Composites Consumption by Type of Raw Materials (End Market)
Composites Consumption by type of Resin (End Market) (2009)
Composites Consumption by type of Fiber (End Market) (2009)
Composites Consumption by Major Manufacturing Techniques (End Market)
Composites Consumption by Major Manufacturing Techniques (End Market) in $M
Composites Consumption by Major Manufacturing Techniques (End Market) in million lbs
Composites consumption by Manufacturing Process (End Market)
Composites Consumption by Major Manufacturing Techniques (End Market) $M
Composites Consumption by Major Manufacturing Techniques (End Market) in million lbs
Composites Consumption by Regional Analysis (End Market)
Composites Consumption by Regional Analysis (End Market)in $M
Composites Consumption by Regional Analysis (End Market) in million lbs
Growth Trend of Composites Consumption in Passenger Railway Industry from 2004 to 2009
Rail Composites Market Trends by Region for 2004 to 2009 (End Market)
Rail Composites market trends by Region in ($ Million) (End Market) from 2004 to 2009
Rail Composites market trends by Region in Million lbs from 2004 to 2009(End Market)
Rail Composites market trends by Manufacturing Process in (End Market) from 2004 to 2009
Rail Composites market trends by Manufacturing Process in ($Million) (EndMarket) from 2004 to 2009
Rail Composites Market trends by Manufacturing Process in (Million lbs) (End Market) from 2004 to 2009
Rail Composites consumption trends by Resin type from 2004 to 2009 (End Market)
Rail Composites consumption Trends by fiber from 2004 to 2009 (End Market)
Rail Composites material Consumption trends from 2004 to 2009 (End Market)
Growth Forecast of Composites Consumption in Passenger Railway Industry (EndMarket) from 2009 to 2015
Rail Composites Market Forecast by Region for 2009 to 2015 (End Market)
Rail Composites Market Forecast by Region in ($ million) from 2009 to 2015 (End Market)
Rail Composites Market Forecast by Region in (million lbs) from 2009 to 2015 (End Market)
Rail Composites Market Forecast by Manufacturing Process in ($million) from 2009 to 2015 (End Market)
Rail Composites Market Forecast by Manufacturing Process in ($ million) from 2009 to 2015 (End Market)
Rail Composites Market Forecast by Manufacturing Process in (million lbs) from 2009 to 2015 (End Market)
Rail Composites Market Forecast by Resin in ($ million) from 2009 to 2015 (End Market)
Rail Composites Market Forecast by fiber in ($ million) from 2009 to 2015 (End Market)
Rail Composites consumption forecast for 2009 to 2015 (End Market)

10 Composites Material Consumption in the Passenger Railway Industry (Raw Material)

Composites consumption by material type for 2009 from Raw Material
Rail Composites consumption by Resin type from Raw Material in 2009
Rail Composites consumption by fiber type from Raw Material in 2009

11 Manufacturing Process Techniques Used in the Passenger Railway Industry

Manufacturing Processes Techniques Descriptions
Hand lay-up / Wet lay-up process
RTM Process
VARTM Process
SCRIMP Process
Prepreg Lay-up Process
Pultrusion

12 Railway Composites Component Molders

Overview of Component Molders
Passenger Railway Vehicle Composites Component Suppliers
AAR Composites
Able Manufacturing & Assembly
Aim Composites Ltd.
ApATech
Azdel
Beard & Cornall
Creative Pultrusion, Inc
Dartford Composites Ltd.
Ebo System
Ernst Kühne Kunststoffwerk GmbH & Co. KG
Exel Composites
Faiveley Transport
Fiberline A/S
Fibrocom
Horlacher
Hubner-Germany
Intermountain Design
Joptek
Jupiter Plast Composites
Kemrock
Magee plastics Company
Martin Marietta materials
McClarin Plastics
Miles Fiberglass & Composites
Röchling Group
Stillman Northern
Stratiforme
Stratime Cappello Systèmes
Temoinsa
Testori Americas
Texstars Inc.
TPI Composites
TOP Glass S.P.A.

13 Composites Application in the Passenger Railway Industry

Introduction
Composites Application in Trains
Alstom TGV’s
Kawasaki Shinkansen
Amtrak Acela
Siemens Velaro
Magnetic Levitation
Alstom AGV
Bombardier Regina
Bombardier Talent
Bombardier Turbostar
Bombardier Innovia
Siemens Combino Tram
Austrian Bayerische Oberlandbahn
Core material Application in Trains
DIAB
Alcan Airex
Some photo of the rail composites product
14 Fire Standard in the Passenger Railway Industry

Fire Standard
British Standard BS6853:1999
France Standard NF F 16-101/NF F 16-102
German standard DIN 5510-2: 1988
EU standard EN 45545: 1988
The United States standard NFPA 130:2000
Italy standard prE10.02.977.3
Some other Fire Standard

15 Composites Rail Tie Market

Rail Composites Tie Market
Composites Rail Tie Manufacturers
Company Introduction
Recycle Technologies International (RTI)
Tie Tek
Axion International
Performance Rail Tie

16 Growth opportunities Emerging Composites Applications

Overview
Future Rail Composites Market
Future Passenger Rail Market
Opportunities for Asian Rail Market
Future opportunities for Polyester composites growth in mass transit and other demanding fire scenarios
A total of 214 figures/charts are presented in this report as shown below)


List of Figures



Chapter 1: Executive Summery
Figure 1.1 Porter’s Five Forces model for the Global Passenger Rail Market
Figure 1.2Worldwide markets for passenger railcars by regions in 2009
Figure 1.3 Worldwide distributions of new passenger railway vehicle orders awarded to OEM’s in 2009 by percent of total value.
Figure 1.4 Porter’s Five Forces model for the composites market in Global Passenger Rail Market

Chapter 2: Passenger Railway Industry: Past, Present, Future
Figure 2.1: Show the Top speed gained by locomotives at different time
Figure 2.2: Show the Passenger- kilometer in 2007 (Source- UIC data)
Figure 2.3: Show the length of Railway lines – Globally
Figure 2.4: Key Drivers and challenges for Passenger Rail Market
Figure 2.5: Current records for top speeds by traction type
Figure 2.6: General Price of a single passenger railway vehicle by category (Source- Bombardier Balance Sheet)
Figure 2.7: Roofs and intermediate floors for rail vehicles- Alcan vacuum bonding technology
Figure 2.8: Shanghai metro interior components - DIAB
Figure 2.9: Key Drivers and challenges for Rail Composites market
Figure 2.10: Photo of Toilet Modules – Aim Composites
Figure 2.11: Photo of cab-door-liner-Magee
Figure 2.12 Photo of Window Mask for rail- Testori America
Figure 2.13 Photo of Cab Console Shroud - Testori America
Figure 2.14 Photo of Cab Door-Testori America
Figure 2.15 Photo of Luggage Bin- Testori America
Figure 2.16 Photo of Ceiling Access Panel- Testori America
Figure 2.17 Photo of sitzschalen transpole metro-seat shell - Horlacher
Figure 2.18 Photo of Septa car window panel
Figure 2.19 Photo of console knee panel- Magee plastics
Figure 2.20 Photo of toilet modules -Joptek Composites
Figure 2.21: Photo of America Maglev- TPI Composites
Figure 2.22: Photo of people mover- Intermountain Design
Figure 2.23: Photo of Alcan VAC raw cabins ready for assembly and paintwork
Figure 2.24: Photo of GE front Cab
Figure 2.25: Photo of – Alcan -FLIRT regional train's cabins
Figure 2.26: Photo of DV - 12 locomotives Door - Fibrocom
Figure 2.27: Photo of ICS Double Decker‘s End Cover – Fibrocom

Chapter 3:Passenger Railway Market: Global Analysis
Figure 3.1 Photo of Maglev Train
Figure 3.2 Photo of Siemens’s Venturio
Figure 3.3 Photo of Alstom’s TGV
Figure 3.4 Photo of Bombardier’s Metro at Delhi, India
Figure 3.5 Photo of Siemens’ VAL
Figure 3.6 Photo of Alstom’s Citadis Tram
Figure 3.7 Photo of Siemens’ Avanto
Figure 3.8: Photo of Alstom Prima Locomotive
Figure 3.9 Worldwide distribution of new passenger railway vehicle orders awarded by region
Figure 3.10: Worldwide distribution of new passenger railway vehicle orders awarded by region in billion of dollar in 2009
Figure 3.11 Worldwide distributions of new passenger railway vehicle orders awarded to OEM’s in 2009 by percent of total value.
Figure 3.12: Worldwide distributions of new passenger railway vehicle orders awarded to OEM’s in 2009
by value.

Chapter 4: Passenger Railway Market: Regional Analysis
Figure 4.1 Distribution in Europe of passenger railcars by value of orders awarded in 2009
Figure 4.2 Distribution in Europe by value of orders awarded for passenger railcars to OEM’s in 2009
Figure 4.3 Distribution between OEM’s of vehicles delivered in Europe during 2009.
Figure 4.4 Distribution of the number of passenger railcars delivered in Europe by OEM’s during 2009
Fig 4.5: Distribution in North America of passenger railcars by value of orders awarded in 2009
Figure 4.6 Distribution in North America by value of orders awarded for passenger railcars to OEM’s in 2009
Figure 4.7 Distribution between OEM’s of vehicles delivered in North America during 2009
Figure 4.8 Distribution of the number of passenger railcars delivered in North America by OEM’s during 2009
Figure 4.9 Distribution in Asia of passenger railcars by value of orders awarded in 2009
Figure 4.10 Distribution in Asia by value of orders awarded for passenger railcars to OEM’s in 2009
Figure 4.11 Distribution between OEM’s of vehicles delivered in Asia Pacific during 2009.
Figure 4.12 Distribution of the number of passenger railcars delivered in Asia by OEM’s during 2009

Chapter 5: Passenger Railway Market: Trends and Forecasts
Figure 5.1 Growth trends of the total worldwide passenger railway industry sales from 2004 to 2009
Figure 5.2 Growth of passenger railway vehicle sales from 2004 to 2009
Figure 5.3: Annual growth rate of passenger railway vehicle market for new railcars from 2004 to 2009
Figure5.4: Shows the geographical segmentation of Total Passenger Rail Market for New Railcars 2015
Figure5.5: shows the forecast of Total Passenger Rail market for New Railcars from 2009 to 2015
Figure 5.6 Sales of passenger railcars from 2004 to 2009
Figure5.7: Bombardier’s Passenger Railcars total orders received from 2004 to 2009 (calendar years) in Billion Dollars
Figure 5.8: Alstom’s Transportation total orders received from 2004 to 2009 (calendar years) in Billion Dollars
Figure 5.9: Siemens’ TS total orders received from 2004 to 2009 (fiscal years) in Billion Dollars
Figure 5.10: Kawasaki’s total orders received from 2004 to 2009 (fiscal years) in Million Dollars
Figure5.11: Show the Regional Breakdown of the Bombardier Order backlog in 2009
Figure 5.12: Show the Bombardier Order backlog trends for 2004-09
Figure5.14: Show the Alstom Order Backlog trends for 2004- 09

Chapter 6: Passenger Railway Market: Industry Leaders
Figure 6.1 Total sales of major OEM’s in the passenger railway industry from 2004 to 2009
Figure 6.2: 2004 Passenger railway industry market shares by OEM
Figure 6.3: 2005 Passenger railway industry market shares by OEM
Figure 6.4: 2006 Passenger railway industry market shares by OEM
Figure 6.5: 2007 Passenger railway industry market shares by OEM
Figure 6.6: 2008 Passenger railway industry market shares by OEM
Figure 6.7: 2009 Passenger railway industry market shares by OEM
Figure 6.8 Regional distribution of orders awarded to Bombardier by number of passenger railcars
Figure 6.9: Regional distribution of sales to Bombardier by number of passenger railcars
Figure 6.10 Bombardier’s newly launched Zefiro (High Speed Trains)
Figure 6.11 Regional distribution of orders awarded to Alstom for passenger railcars by value
Figure 6.12 Regional distributions of sales to Alstom by number of passenger railcars
Figure 6.13 Regional distribution of orders awarded to Siemens (TS) for passenger railcars by value.
Figure 6.14 Regional distributions of sales to Siemens (TS) by number of passenger railcars
Figure 6.15: Photo of Combio Tram
Figure 6.16: Photo of Bombardier People Mover- Innovia
Figure 6.17: Photos of Bombardier Monorail
Figure 6.18: Photos of Bombardier Monorail Photo of Bombardier Flexity
Figure 6.19: Photo of Bombardier Flexity Tram 2
Figure 6.20: Photo of Bombardier Metro – Movia Train
Figure 6.21: Photo of Bombardier Intercity Train
Figure 6.22: Photo of Newly launched Bombardier Zefiro Train
Figure 6.23: Photo of Bombardier Traxx locomotive
Figure 6.24: Photo of Alstom Citadis Tram
Figure 6.25: Alstom Metropolis
Figure 6.26: Alstom X’Trapolis
Figure 6.27: Alstom Coradia
Figure 6.28: Alstom TGV
Figure 6.29: Alstom Pendolino
Figure 6.30: Alstom Prima EL Loco

Chapter 7: Raw Materials Used in the Railway Industry
Figure 7.1: Core materials type and company
Figure7.2: Shows the Owens corning fiber regional segmentation for 2008
Figure7.3: Show the PPG’s Business Segmentation for 2008
Figure7.4: Show the Ahlstrom’s Business Segmentation for 2008
Figure7.5: Ashland Business segment in 2008 (US$ 8381M)

Chapter 9: Composites Material Consumption in the Passenger Railway Industry (End Market)
Figure9.1: Composites materials consumption by Application in $M in 2009 (End market)
Figure 9.2: Composites materials consumption by Application in Mlbs in 2009 (End market)
Figure 9.3: Composites materials consumption by type of resin by Value in 2009(End Market)
Figure 9.4: Composites Consumption by type of Fiber by Value 2009(End Market)
Figure9.5: Composites material consumption by major manufacturing processing techniques in million dollars (2009) (End Market)
Figure9.6: Composites material consumption by major manufacturing processing techniques in Million lbs 2009 (End Market)
Figure9.7 Composites materials consumption by manufacturing process technique by Million dollar in 2009 (End Market)
Figure9.8: Composites materials consumption by weight by manufacturing process technique in 2009 (End Market)
Figure 9.9: Composites consumption by Region by million dollar in 2009 (End market)
Figure 9.10: Composites consumption by Region by Mlbs in 2009 (End market)
Figure 9.11: Composites consumption by region (End Market) ($ mill) in the Passenger Rail market 2004
Figure 9.12: Composites consumption by resin (End Market) ($ mill) in the Passenger Rail market 2008
Figure 9.13: Composites consumption by region (End Market) ($ mill) in the Passenger Rail market 2009.
Figure 9.14: Composites consumption by resin (End Market) (Mlbs) in the Passenger Rail market 2004.
Figure 9.15: Composites consumption by resin (End Market) (Mlbs) in the Passenger Rail market 2008.
Figure 9.16: Composites consumption by resin (End Market) (Mlbs) in the Passenger Rail market 2009.
Figure 9.17: Composites consumption by Manufacturing Process (End Market) in the Passenger Rail market 2004.
Figure 9.18: Composites consumption by Manufacturing Process (End Market) in the Passenger Rail market 2008.
Figure 9.19: Composites consumption by Manufacturing Process (End Market) in the Passenger Rail market 2009.
Figure 9.20: Composites consumption by Manufacturing Process (End Market) in the Passenger Rail market 2004.
Figure 9.21: Composites consumption by Manufacturing Process (End Market) in the Passenger Rail market 2008.
Figure 9.22: Composites consumption by Manufacturing Process (End Market) in the Passenger Rail market 2004.
Figure 9.25: Composites consumption by resin (End Market) ($ mill) in the Passenger Rail market 2004.
Figure 9.26: Composites consumption by resin (End Market) ($ mill) in the Passenger Rail market 2008.
Figure 9.27: Composites consumption by resin (End Market) ($ mill) in the Passenger Rail market 2009.
Figure 9.28: Composites consumption by fiber (End Market) ($ mill) in the Passenger Rail market 2004.
Figure 9.29: Composites consumption by fiber (End Market) ($ mill) in the Passenger Rail market 2008.
Figure 9.30: Composites consumption by fiber (End Market) ($ mill) in the Passenger Rail market 2009.
Figure 9.31: Composites consumption trens in Passenger Railcars in Million dollar from 2004-09
Figure 9.32: Composites material consumption trends in the passenger railway market from 2004 to 2009
Figure 9.33: Composites consumption by Region (End Market) ($ mill) in the Passenger Rail market 2009.
Figure 9.34: Composites consumption by region (End Market) ($ mill) in the Passenger Rail market 2010.
Figure 9.35: Composites consumption by region (End Market) ($ mill) in the Passenger Rail market 2015.
Figure 9.36: Composites consumption by Region (End Market) (Mlbs) in the Passenger Rail market 2009.
Figure 9.37: Composites consumption by Region (End Market) (Mlbs) in the Passenger Rail market 2010.
Figure 9.38: Composites consumption by Region (End Market) (Mlbs) in the Passenger Rail market 2015.
Figure 9.39: Composites consumption by Manufacturing Process (End Market) in the Passenger Rail market 2009.
Figure 9.40: Composites consumption by Manufacturing Process (End Market) in the Passenger Rail market 2010.
Figure 9.41: Composites consumption by Manufacturing Process (End Market) in the Passenger Rail market 2015.
Figure 9.42: Composites consumption by Manufacturing Process (End Market) in the Passenger Rail market 2009.
Figure 9.43: Composites consumption by Manufacturing Process (End Market) in the Passenger Rail market 2010.
Figure 9.44: Composites consumption by Manufacturing Process (End Market) in the Passenger Rail market 2015.
Figure 9.45: Composites consumption by Resin (End Market) ($ mill) in the Passenger Rail market 2009.
Figure 9.46: Composites consumption by Resin (End Market) ($ mill) in the Passenger Rail market 2010.
Figure 9.47: Composites consumption by Resin (End Market) ($ mill) in the Passenger Rail market 2015.
Figure 9.48: Composites consumption by Fiber (End Market) ($ mill) in the Passenger Rail market 2009.
Figure 9.49: Composites consumption by Fiber (End Market) ($ mill) in the Passenger Rail market 2010.
Figure 9.50: Composites consumption by Fiber (End Market) ($ mill) in the Passenger Rail market 2015.
Figure 9.51: Composites consumption forecast in the passenger railway market by million dollars from 2009 to 2015
Figure 9.52: Composites material consumption forecast from 2009 to 2015 in the passenger railway market

Chapter 10: Composites Material Consumption in the Passenger Railway Industry (Raw Material)
Fig.10.1: Composites consumption by material type in $M (Raw Market) in the Passenger Rail market 2009.
Fig.10.2: Composites consumption by material type in Mlbs(Raw Market) in the Passenger Rail market 2009.
Fig. 10.3: Composites consumption by resin in $M (Raw Market) in the Passenger Rail market 2009.
Fig.10.4: Composites consumption by resin in Mlbs (Raw Market) in the Passenger Rail market 2009.
Fig.10.5: Composites consumption by fiber in $M (Raw Market) in the Passenger Rail market 2009.
Fig.10.6: Composites consumption by fiber in Mlbs (Raw Market) in the Passenger Rail market 2009

Chapter 11: Composites Manufacturing Techniques
Figure 11.1: Composites material consumption by major manufacturing processing techniques in $M in 2009 (End Product)
Figure 11.2: Composites material consumption by major manufacturing processing techniques in Mlbs in 2009 (End Product)
Figure 11.3: Composites material consumption by manufacturing processing techniques by value in 2009 (End Product)
Figure 11.4: Composites material consumption by major manufacturing processing techniques by weight in 2009 (End Product)
Figure 11.5: Photo of SCRIMP process- TPI composites

Chapter 12: Railway Composites Component Molders
Figure 12.1 Regional Breakdown of Rail Composites Market by value in $M in 2009 (End Product)
Figure 12.2 Regional Breakdown of Rail Composites Market by value in Mlbs in 2009 (End Product)
Figure 12.3: AAR Composites Business segment for 2008
Figure12.4: Faiveley Transportation sales by business Segment for 2008

Chapter 13: Composites Applications in the Passenger Railway Industry
Figure 13.1: Photo of Front Nose made up of composites in Alstom TGV
Figure 13.2: Photo of Front Nose made up of composites in Alstom Kawasaki
Figure 13.3: Photo of Front Nose made up of composites in Amtrak Acela
Figure 13.4: Photo of Amtrak Acela using composites
Figure 13.5: Photo of Front Nose made up of composites in Siemens Velaro
Figure 13.6: Photo of composites car body in Maglev
Figure 13.7: Photo of Bombardier Regina uses composites
Figure 13.8: Photo of KTK Group interior components- DIAB- Shanghai metro.
Figures 13.9: Photo of front exterior panel over the bumper guards – DIAB- Regio shuttle Train
Figures 13.10: Photo of FLIRT regional train’s cabins-Alcan
Figures 13.11: Photo of cabin, fairings and sidewalls, roofs and floors in COBRA LRV- Alcan
Figures 13.12: Photo of Alcan Core material used on raw cabins
Figures 13.13: Photo of roofs and intermediate floors for rail vehicles - Alcan Core material
Figures 13.14: Photo of Shanghai magnetic levitation vehicle’s cabin is the largest single-piece fibre-reinforced front module worldwide
Figures 13.15: Photo of maglev – TPI composites
Figures 13.16: Photo of Maglev- TPI Composites
Figures 13.17: Rail Interior- Ashland Performance Materials
Figures 13.18: Talent Train- Exel Composites
Figures 13.19: Photo of ICS double-decker wagon structural components- Joptek
Figures 13.20: Toilet seat at Semco, Demnark- Horlacher
Figures 13.21: Photo of Siemens Desiro train, FRP interior components using Menzolit's SMC 2400 meet high FST standards through the addition of aluminum trihydrate.
Figures 13.22: Photo of Interior lining at QEBB - Horlacher
Figures 13.23: Interior lining at VBZ Cobra Tram, Zurich- Horlacher
Figures 13.24: Photo of Interior- Intermountain Design
Figures 13.25: GM locomotive nose -Intermountain Design
Figures 13.26: Photo of Otis people mover- TPI Composites
Figures 13.27: Photo of Otis people mover Interior -TPI Composites
Figures 13.28: Photo of Toilet Modules at Fincantieri –Testori America
Figures 13.29: Photo of skirts used at Stadlar - Horlacher
Figures 13.30: Photo of Battery box cover at ICS double-decker- Fibrocom
Figures 13.31: Interior at Singapore Subway- Testori America
Figures 13.32: Photo of Sidewall panel at TPF Fribourg , Swiss – Horlacher
Figures 13.33: Photo of Car body of Bombardier Tram Marseille- Exel Composites
Figures 13.34: Photo of GM locomotives fronts made up of composites
Figures 13.35: Photo of Front end made up of Composites
Figures 13.36: Photo of Shinkansen bullet train in which Fronts nose are made up of composites
Figures 13.37: Photo of Bart Floor made up of Composites – TPI Composites
Figures 13.38: Photos of Hinged cover and locks at Bombardier AGC, SNCF – Horlacher
Figures 13.39: Photos of oxygen-distributor-cover-Magee plastics
Figures 13.40: Photo of Composites Deck at Gunderson Auto - Max II - TPI Composites

Chapter 15: Composites Rail Tie Market
Figure 15.1: Photo of china transit authority composites cross ties
Figure 15.2: Photo of some Rail Tie Manufacturer and their rail tie product
Figures15.3: Photo of Rail Tie – RTI

Chapter 16: Growth Opportunities & Emerging Composites Application
Figure 16.1 Future Major Rail Projects by Type of Train (2009-12)
Figure 16.2 Regional Breakdown of Futue Major Rail Projects for Train type by Number of Railcars (2009-12)
Figure 16.3 Regional breakdown for Upcoming Future Major Rail projects by number of Railcars (2009-12)
Figure 16.4 Regonal Breakdown for Type of train by Number of Railcars (2009-12)


A total of 95 tables are presented in this report as shown below)


List of Tables


Chapter 1: Executive Summery
Table 1.1 Market Parameter for the Global Passenger Rail Market and attributes of usage
Table1.2 Market parameter for the end product usage of composites in Passenger Rail market and attributes of usage

Chapter 2: Passenger Railway Industry: Past, Present, future
Table 2.1 Passenger traffic trends around the world (in billions passenger-kilometers)
Table 2.2 Length of lines around the world (in kilometers)
Table 2.3 Country and using different Gauges
Table 2.4 Top OEM’s segmentation by train type
Table 2.5 Future Upcoming Projects for Rail (2010-2012)
Table 2.6 Major European Countries with their GDP
Table 2.7 Major North America Countries with their GDP
Table 2.8 Major Asian Countries with their GDP
Table 2.9 Traxx locomotives composites description
Table2.10 List of Rail Composites Interiors
Table2.11 List of Rail Composites Exteriors
Table 2.12: Composites application in train by fiber and resin

Chapter 3: Passenger Railway Market: Global Analysis
Table 3.1 List of Counties with their total High Speed Rail Network

Chapter 4: Passenger Railway Market: Regional Analysis
Table 4.1 Value of vehicles delivered in the European market in 2004 and 2009
Table 4.2 Value of vehicles delivered in the North American market in 2004 and 2009
Table 4.3 Value of vehicles delivered in the Asian market in 2004 and 2009

Chapter 5: Passenger Railway Market: Trends and Forecasts
Table 5.1 Growth of passenger railway vehicle sales in billions dollars
Table 5.2: Bombardier’s Passenger Railcars total orders received from 2004 to 2009 (calendar years) – Billion Dollar
Table 5.3: Alstom’s Transportation total orders received from 2004 to 2009 (calendar years) – Billion Dollar
Table 5.4 Siemens’ TS total orders received from 2004 to 2009 (fiscal years) – Billion Dollar
Table 5.5: Kawasaki’s total orders received from 2004 to 2009 (fiscal years) – Million Dollar
Table 5.6: Top Passenger Rail Manufacturers order Backlog trends from 2004 to 2009

Chapter 6: Passenger Railway Market: Industry Leaders
Table 6.1: Major orders awarded to Bombardier in their fiscal year 2009
Table 6.2: Major orders awarded to Alstom as reported from May 2008 until April 2009
Table 6.3: Siemens mobility systems consists Rail and traffic management systems

Chapter 7: Raw Materials Used in the Railway Industry
Table 7.1: List of materials found in passenger railway vehicle applications
Table 7.2: List of Rail Composites Product Manufacturer with Matrix, Reinforcement and Core materials
Table 7.3: Properties of fibers and conventional bulk materials
Table 7.4: Reinforcement Suppliers
Table 7.5: Owens Corning rail Composites Applications
Table 7.6: PPG’s Rail Composites Applications
Table 7.7: Ahlstrom’s Rail Composites Applications
Table 7.8: Johns Manville Rail Composites Applications
Table 7.9: Saint Composites Vetrotex’s Rail Composites Applications
Table 7.10: Parabeam’s Rail Composites Applications
Table 7.11: Hankuk’s Rail Composites Applications
Table 7.12: List of resin and additive suppliers
Table 7.13 Core material suppliers

Chapter 8: Composites Material Requirements
Table 8.1 Comparison of the performance of