Opportunities for Composites in European Construction Market 2008-2013: Trends, Forecast and Opportunity Analysis, January 2009
Construction is one of the largest segments within the European composites industry in volume shipment. This includes 12 major applications such as door, windows, rebar, utility pole, bridge deck, grating, cooling tower, bathtub, swimming pool, architectural applications, FRP panel, and others. Today composite products are becoming far more commonplace. Rebar, decking, grating, door and window, swimming pool, FRP panel and many other applications are gaining great interest from consumers.
This report provides insight into composites in European construction by the end of 2007 and forecasts the market for 2008-2013. Learn what factors are impacting the construction market. The report extensively looks at recent industry trends, as well as future opportunities and threats, and represents an invaluable aid to sales and marketing professionals in, or interested in the industry. In addition, the report analyses market sizes and trends, market structures, key company shares for various segments. Construction markets by materials such as reinforcements and resins are discussed.
Lucintel has identified the best and worst performing markets in 2007. The worst performers in European construction were markets that were most closely associated with the slowdown in residential construction. Because of the slowdown in residential construction, specifically for exports into the U.S., these markets witnessed a significant decline from the previous year. The best markets were those associated with industrial or commercial applications, most of which have very little correlation to the movements in residential housing. As the European residential housing market continues to decline into 2008, it is important to know which sectors have continued to show strength despite the global economic slowdown. In addition, knowing the top five segments, which are expected to grow at or above 9% a year for the next five years, can help to avoid some of the further weaknesses projected for some application segments. For the next five years, the European composite market in construction is expected to average over 6.0% per year, however, individual results vary greatly from -6.6% to 14.9% per year. According to Lucintel, construction applications in Europe are estimated to reach $3.1 billion in 2013. Discover which applications will grow the fastest and how changing penetration trends from composites will affect the marketplace.
Ryan Lee, market analyst at Lucintel and author of the report said, “Once potential customers understand the advantages of composite products, the sale itself is not entirely difficult. Often the difficulty is getting the potential customer to see past the initial cost of the product and educate them as to the life cycle cost of composites as compared to conventional materials, which traditionally have less strength, require more maintenance, and need more frequent replacements.”
Material suppliers and product manufacturers need to continually stay abreast, critically analyze, and act fast to capture maximum market share and growth in various applications and markets. This 223 page condensed market report provides all of the latest, as well as the critical issues concerning materials, market and applications related to the construction industry. This report is a must have report by every company dealing with construction industry. In todays global economy, you need every advantage that you can find to keep you ahead in your business. Learn about current and future trends, and explore the directions that this industry is heading.
To make any investment, business or strategic decisions, you need timely and adequate information. This market report fulfills this core need. This is an indispensable reference guide for composite material suppliers, product manufacturers, investors, researchers, engineers, distributors and many more, who are dealing with construction industry.
Some of the features of this market report are:
This report provides insight into composites in European construction by the end of 2007 and forecasts the market for 2008-2013. Learn what factors are impacting the construction market. The report extensively looks at recent industry trends, as well as future opportunities and threats, and represents an invaluable aid to sales and marketing professionals in, or interested in the industry. In addition, the report analyses market sizes and trends, market structures, key company shares for various segments. Construction markets by materials such as reinforcements and resins are discussed.
Lucintel has identified the best and worst performing markets in 2007. The worst performers in European construction were markets that were most closely associated with the slowdown in residential construction. Because of the slowdown in residential construction, specifically for exports into the U.S., these markets witnessed a significant decline from the previous year. The best markets were those associated with industrial or commercial applications, most of which have very little correlation to the movements in residential housing. As the European residential housing market continues to decline into 2008, it is important to know which sectors have continued to show strength despite the global economic slowdown. In addition, knowing the top five segments, which are expected to grow at or above 9% a year for the next five years, can help to avoid some of the further weaknesses projected for some application segments. For the next five years, the European composite market in construction is expected to average over 6.0% per year, however, individual results vary greatly from -6.6% to 14.9% per year. According to Lucintel, construction applications in Europe are estimated to reach $3.1 billion in 2013. Discover which applications will grow the fastest and how changing penetration trends from composites will affect the marketplace.
Ryan Lee, market analyst at Lucintel and author of the report said, “Once potential customers understand the advantages of composite products, the sale itself is not entirely difficult. Often the difficulty is getting the potential customer to see past the initial cost of the product and educate them as to the life cycle cost of composites as compared to conventional materials, which traditionally have less strength, require more maintenance, and need more frequent replacements.”
Material suppliers and product manufacturers need to continually stay abreast, critically analyze, and act fast to capture maximum market share and growth in various applications and markets. This 223 page condensed market report provides all of the latest, as well as the critical issues concerning materials, market and applications related to the construction industry. This report is a must have report by every company dealing with construction industry. In todays global economy, you need every advantage that you can find to keep you ahead in your business. Learn about current and future trends, and explore the directions that this industry is heading.
To make any investment, business or strategic decisions, you need timely and adequate information. This market report fulfills this core need. This is an indispensable reference guide for composite material suppliers, product manufacturers, investors, researchers, engineers, distributors and many more, who are dealing with construction industry.
Some of the features of this market report are:
- Market size estimates for top 12 composites applications (door, windows, rebar, utility pole, bridge deck, grating, cooling tower, bathtub, swimming pool, architectural applications, FRP panel, etc.) in the European construction industry in terms of volume (million lbs) and $ million shipment.
- Porters Five Force Analysis for composites opportunities in European construction market in terms of Supplier Power, Buyer Power, Barriers to Entry, Threat of Substitution and Rivalry.
- Competitive analysis for various applications in terms of types of materials used such as the door market by various material types (composites, wood and steel).
- Trends (2002 – 2007) and forecast (2008-2013) for composites applications in the European construction industry. Growth rates for various applications in volume (million lbs) and $ million shipment.
- Factors driving the growth (or Decline) of these composites applications in European construction market.
- Growth Opportunities for Emerging Applications.
- Market size estimates for composite materials in European construction industry in terms of volume (million lbs) and $ million shipment. Market break down by different types of resins and fibers.
- Trends (2002 – 2007) and forecast (2008-2013) for composite materials shipment in the European construction industry. Growth rates in composites shipment.
- A total of 107 figures/charts and 37 tables presented in this report to help in your business plan.
1. EXECUTIVE SUMMARY
2. COMPOSITE APPLICATIONS
Overview of composite applications in construction industry.
Major construction products in different markets.
Features of composite products.
3. ABOUT THE CONSTRUCTION INDUSTRY
What is the Construction Industry
Characteristics of the European Construction Industry
Industry Background and Overview
Price and Weight Distribution
4. EUROPEAN CONSTRUCTION MARKET - 2007
Market overview.
European construction market breakdown by applications such as door, windows, rebar, utility pole, bridge deck, grating, cooling tower, bathtub, swimming pool, architectural applications, FRP panel and others in terms of volume (million lbs) and also $ million etc.
European construction market breakdown by materials such as reinforcements, resins, fillers in terms of volume (million lbs) and also $ million etc.
5. COMPETITIVE ANALYSIS
Market penetration for composites in various applications.
6. EUROPEAN CONSTRUCTION MARKET TRENDS
Growth trends (2002-2007) in terms of $ shipment and lbs shipment.
Trends in various applications such as door, windows, rebar, utility pole, bridge deck, grating, cooling tower, bathtub, swimming pool, architectural applications, FRP panel etc.
Trends in materials shipment such as reinforcements, resins, fillers etc in terms of volume (million lbs) and also $ million.
7. EUROPEAN CONSTRUCTION MARKET FORECAST
Market forecasts (2008-2013) in terms of $ shipment and lbs shipment.
Forecast in various applications such as door, windows, rebar, utility pole, bridge deck, grating, cooling tower, bathtub, swimming pool, architectural applications, FRP panel and etc.
Forecast in materials shipment such as reinforcements, resins, fillers etc in terms of volume (million lbs) and also $ million.
8. MANUFACTURING PROCESS ANALYSIS
Overview of construction manufacturing processes
Description of construction manufacturing processes
9. GROWTH OPPORTUNITIES AND EMERGING COMPOSITES APPLICATIONS
10. EMERGING MATERIALS FOR THE CONSTRUCTION INDUSTRY
LIST OF FIGURES
CHAPTER 1
Fig. 1.1: Porter’s Five Forces model for the composites market in construction for Europe
CHAPTER 2
Fig. 2.1: Construction market classification by sales segmentation and applications
Fig. 2.2: An ‘Ash’ solid composite fiberglass door
Fig. 2.3: A pultruded composite window profile.
Fig. 2.4: Expansion/contraction comparison for different types of window materials.
Fig. 2.5: Conductivity comparison for different types of window materials.
Fig. 2.6: FRP reinforcing rebar.
Fig. 2.7: A fiber-reinforced utility pole.
Fig. 2.8: A FRP stringer supported bridge deck.
Fig. 2.9: Pultruded square fiberglass grating.
Fig. 2.10: Cooling tower produced with pultruded construction components.
Fig. 2.11: A rectangular fiberglass composite bathtub.
Fig. 2.12: A photograph of a composite pool.
Fig. 2.13: A fiberglass architectural arch and column application
Fig. 2.14: A fiberglass reinforced plastic (FRP) roofing panel used to refurbish an existing roof surface
Fig. 2.15: Fiberglass reinforced plastic (FRP) pultruded profiles
CHAPTER 3
Fig. 3.1: Composite application shipments as a portion of total construction (Euro mill) in the European zone 2007
Fig. 3.2: Top 10% segmentation of composite manufactureres in Europe by market value – 2007
Fig. 3.3: Leading composite manufacturers in European construction applications
Fig. 3.4: Leading composite manufacturers in European construction applications (cont.)
Fig. 3.5: Composite application shipment ($ mill) in Europe by region- 2007
Fig. 3.6: Composites applications shipments ($ mill) in Western Europe – 2007.
Fig. 3.7: Composite application shipments ($ mill) in Eastern Europe – 2007.
Fig. 3.8: Composite application shipments ($ mill) in Northern Europe – 2007.
Fig. 3.9: Composite application shipments ($ mill) in Southern Europe – 2007.
Fig. 3.10: Breakdown of the European construction market ($ mill) by composites applications in 2007.
Fig. 3.11: Breakdown of the European construction market ($ mill) by composites applications in 2007.
Fig. 3.12: Percentage change in house price inflation, Europe
Fig. 3.13: Composite materials used by application segment
Fig. 3.14: Composite materials used by application segment (cont.)
Fig. 3.15: Composite raw material usage distribution (mill lbs.) by application in the European construction market for 2007.
Fig. 3.16: Composite raw material usage (mill lbs.) by application in the European construction market for 2007.
Fig. 3.17: Composite raw material inputs (mill lbs.) in the European construction market for 2007.
Fig. 3.18: Composite raw material usage ($ mill) by application in the European construction market for 2007.
Fig. 3.19: Composite raw material inputs ($ mill) in the European construction market for 2007.
Fig. 3.20: Emphasis on cost and performance by various industry segments
CHAPTER 4
Fig. 4.1: The rate of change for the residential window lineal market over the five-year period 2002-2007.
CHAPTER 5
Fig. 5.1: Home price change in Europe of leading economies 2006 – 2007
Fig. 5.2: Oil price trend tracking Brent crude in $/€ per BBL (Quarterly) 2002 - 2008
Fig. 5.3: Flat steel price index trend for North America and Europe (Quarterly) 2002 - 2008
Fig. 5.4: Spot base aluminum prices per New York Mercantile Exchange (NYMEX)
Fig. 5.5: Breakdown of the European construction market ($ mill) by composites applications in 2002.
Fig. 5.6: Breakdown of the European construction market ($ mill) by composites applications in 2007.
Fig. 5.7: Composite growth by application ($ mill) in the European construction industry 2002 – 2007.
Fig. 5.8: Last 5 yr. CAGR (2002 – 2007) in composites applications market ($ mill) for European construction.
Fig. 5.9: Composite growth by application ($ mill) in the European construction industry 2006 – 2007.
Fig. 5.10: Last 1 yr. CAGR (2006 – 2007) in composites application market ($ mill) for European construction.
Fig. 5.11: European nominal GDP growth for leading economies (2002 – 2007)
Fig. 5.12: Composite raw material inputs ($ mill) in the European construction market 2002.
Fig. 5.13: Composite raw material inputs (mill lbs) in the European construction market 2002.
Fig. 5.14: Composite raw material inputs ($ mill) in the European construction market 2006.
Fig. 5.15: Composite raw material inputs (mill lbs) in the European construction market 2006.
Fig. 5.16: Composite raw material inputs ($ mill) in the European construction market 2007.
Fig. 5.17: Composite raw material inputs (mill lbs) in the European construction market 2007.
Fig. 5.18: Composite raw material usage by application (mill lbs) in the European construction market 2002.
Fig. 5.19: Composite raw material usage by application (mill lbs) in the European construction market 2006.
Fig. 5.20: Composite raw material usage by application (mill lbs) in the European construction market 2007.
Fig. 5.21: Composite raw material usage by application ($ mill) in the European construction market 2002.
Fig. 5.22: Composite raw material usage by application ($ mill) in the European construction market 2006.
Fig. 5.23: Composite raw material usage by application ($ mill) in the European construction market 2007.
CHAPTER 6
Fig. 6.1: Growth drivers for European composites in construction with impact analysis for the short, medium and long term.
Fig. 6.2: Growth deflators for European composites in construction with impact analysis for the short, medium and long term.
Fig. 6.3: Breakdown of the European construction market ($ mill) by composites applications in 2007.
Fig. 6.4: Breakdown of the European construction market ($ mill) by composites applications in 2007.
Fig. 6.5: Breakdown of the European construction market ($ mill) by composites applications in 2008.
Fig. 6.6: Breakdown of the European construction market ($ mill) by composites applications in 2008.
Fig. 6.7: Breakdown of the European construction market ($ mill) by composites applications in 2013.
Fig. 6.8: Composite growth by application ($ mill) in the European construction industry 2007 - 2008.
Fig. 6.9: Next 1 year % change (2007 – 2008) for composite application ($ mill) in European construction.
Fig. 6.10: Composite growth by application ($ mill) in the European construction industry 2008 - 2013.
Fig. 6.11: Next five year CAGR (2008 – 2013) for composites applications ($ mill) in European construction.
Fig. 6.12: Composite raw material inputs ($ mill) in the European construction market 2008.
Fig. 6.13: Composite raw material inputs ($ mill) in the European construction market 2013.
Fig. 6.14: Composite raw material inputs (mill lbs) in the European construction market 2008.
Fig. 6.15: Composite raw material inputs (mill lbs) in the European construction market 2013.
Fig. 6.16: Composite raw material usage (mill lbs) by application in the European market in 2007.
Fig. 6.17: Composite raw material shipment (mill lbs) by application in the European construction market 2007.
Fig. 6.18: Composite raw material usage (mill lbs) by application in the European construction market 2008.
Fig. 6.19: Composite material usage (mill lbs) by application in the European construction market 2013.
Fig. 6.20: Composite raw material usage by application ($ mill) in the European construction market 2008.
Fig. 6.21: Composite raw material usage by application ($ mill) in the European construction market 2013.
CHAPTER 7
Fig. 7.1: Composite material volume (mill lbs) by process in the European construction market 2007.
Fig. 7.2: Distribution of European composites in construction (mill lbs) by open and close molding process in 2007.
Fig. 7.3: An example showing the hand lay-up process
Fig. 7.4: Hand lay-up process segmentation in European composites in construction 2007
Fig. 7.5: Spray up process segmentation in European composites in construction 2007
Fig. 7.6: Chopper Gun used for the spray up process
Fig. 7.7: A picture of the traditional spray up process technique
Fig. 7.8: Compression molding process segmentation in European composites in construction 2007
Fig. 7.9: A basic pultrusion machine showing the process elements
Fig. 7.10: Pultrusion process segmentation in European composites in construction 2007
Fig. 7.11: Filament winding process segmentation in European composites in construction 2007
Fig. 7.12: A filament winding machine
Fig. 7.13: VARTM process segmentation in European composites in construction 2007
Fig. 7.14: RTM process segmentation in European composites in construction 2007
CHAPTER 8
Fig. 8.1: Structural GRP anchor bolt and GRP locking system
Fig. 8.2: An example of fiber-reinforced polyester window profile
Fig. 8.3: A glazed GRP entry door
Fig. 8.4 A typical fiber-reinforced cooling tower system
Fig. 8.5: A filament wound GRP round pole
Fig. 8.6: A non-traditional use of GRP for manhole access covers
Fig. 8.7: Composites Rescue Chamber.
Fig. 8.8: Pultruded Scaffolding.
Fig. 8.9: FRP Gridform for Bridge Applications.
Fig. 8.10: Composites Sheet Pile system.
Fig. 8.11: Installation of composite bridge at railroad test track
Fig. 8.12: Composite Advantage’s FRP Mats and Pads
2. COMPOSITE APPLICATIONS
Overview of composite applications in construction industry.
Major construction products in different markets.
Features of composite products.
3. ABOUT THE CONSTRUCTION INDUSTRY
What is the Construction Industry
Characteristics of the European Construction Industry
Industry Background and Overview
Price and Weight Distribution
4. EUROPEAN CONSTRUCTION MARKET - 2007
Market overview.
European construction market breakdown by applications such as door, windows, rebar, utility pole, bridge deck, grating, cooling tower, bathtub, swimming pool, architectural applications, FRP panel and others in terms of volume (million lbs) and also $ million etc.
European construction market breakdown by materials such as reinforcements, resins, fillers in terms of volume (million lbs) and also $ million etc.
5. COMPETITIVE ANALYSIS
Market penetration for composites in various applications.
6. EUROPEAN CONSTRUCTION MARKET TRENDS
Growth trends (2002-2007) in terms of $ shipment and lbs shipment.
Trends in various applications such as door, windows, rebar, utility pole, bridge deck, grating, cooling tower, bathtub, swimming pool, architectural applications, FRP panel etc.
Trends in materials shipment such as reinforcements, resins, fillers etc in terms of volume (million lbs) and also $ million.
7. EUROPEAN CONSTRUCTION MARKET FORECAST
Market forecasts (2008-2013) in terms of $ shipment and lbs shipment.
Forecast in various applications such as door, windows, rebar, utility pole, bridge deck, grating, cooling tower, bathtub, swimming pool, architectural applications, FRP panel and etc.
Forecast in materials shipment such as reinforcements, resins, fillers etc in terms of volume (million lbs) and also $ million.
8. MANUFACTURING PROCESS ANALYSIS
Overview of construction manufacturing processes
Description of construction manufacturing processes
9. GROWTH OPPORTUNITIES AND EMERGING COMPOSITES APPLICATIONS
10. EMERGING MATERIALS FOR THE CONSTRUCTION INDUSTRY
LIST OF FIGURES
CHAPTER 1
Fig. 1.1: Porter’s Five Forces model for the composites market in construction for Europe
CHAPTER 2
Fig. 2.1: Construction market classification by sales segmentation and applications
Fig. 2.2: An ‘Ash’ solid composite fiberglass door
Fig. 2.3: A pultruded composite window profile.
Fig. 2.4: Expansion/contraction comparison for different types of window materials.
Fig. 2.5: Conductivity comparison for different types of window materials.
Fig. 2.6: FRP reinforcing rebar.
Fig. 2.7: A fiber-reinforced utility pole.
Fig. 2.8: A FRP stringer supported bridge deck.
Fig. 2.9: Pultruded square fiberglass grating.
Fig. 2.10: Cooling tower produced with pultruded construction components.
Fig. 2.11: A rectangular fiberglass composite bathtub.
Fig. 2.12: A photograph of a composite pool.
Fig. 2.13: A fiberglass architectural arch and column application
Fig. 2.14: A fiberglass reinforced plastic (FRP) roofing panel used to refurbish an existing roof surface
Fig. 2.15: Fiberglass reinforced plastic (FRP) pultruded profiles
CHAPTER 3
Fig. 3.1: Composite application shipments as a portion of total construction (Euro mill) in the European zone 2007
Fig. 3.2: Top 10% segmentation of composite manufactureres in Europe by market value – 2007
Fig. 3.3: Leading composite manufacturers in European construction applications
Fig. 3.4: Leading composite manufacturers in European construction applications (cont.)
Fig. 3.5: Composite application shipment ($ mill) in Europe by region- 2007
Fig. 3.6: Composites applications shipments ($ mill) in Western Europe – 2007.
Fig. 3.7: Composite application shipments ($ mill) in Eastern Europe – 2007.
Fig. 3.8: Composite application shipments ($ mill) in Northern Europe – 2007.
Fig. 3.9: Composite application shipments ($ mill) in Southern Europe – 2007.
Fig. 3.10: Breakdown of the European construction market ($ mill) by composites applications in 2007.
Fig. 3.11: Breakdown of the European construction market ($ mill) by composites applications in 2007.
Fig. 3.12: Percentage change in house price inflation, Europe
Fig. 3.13: Composite materials used by application segment
Fig. 3.14: Composite materials used by application segment (cont.)
Fig. 3.15: Composite raw material usage distribution (mill lbs.) by application in the European construction market for 2007.
Fig. 3.16: Composite raw material usage (mill lbs.) by application in the European construction market for 2007.
Fig. 3.17: Composite raw material inputs (mill lbs.) in the European construction market for 2007.
Fig. 3.18: Composite raw material usage ($ mill) by application in the European construction market for 2007.
Fig. 3.19: Composite raw material inputs ($ mill) in the European construction market for 2007.
Fig. 3.20: Emphasis on cost and performance by various industry segments
CHAPTER 4
Fig. 4.1: The rate of change for the residential window lineal market over the five-year period 2002-2007.
CHAPTER 5
Fig. 5.1: Home price change in Europe of leading economies 2006 – 2007
Fig. 5.2: Oil price trend tracking Brent crude in $/€ per BBL (Quarterly) 2002 - 2008
Fig. 5.3: Flat steel price index trend for North America and Europe (Quarterly) 2002 - 2008
Fig. 5.4: Spot base aluminum prices per New York Mercantile Exchange (NYMEX)
Fig. 5.5: Breakdown of the European construction market ($ mill) by composites applications in 2002.
Fig. 5.6: Breakdown of the European construction market ($ mill) by composites applications in 2007.
Fig. 5.7: Composite growth by application ($ mill) in the European construction industry 2002 – 2007.
Fig. 5.8: Last 5 yr. CAGR (2002 – 2007) in composites applications market ($ mill) for European construction.
Fig. 5.9: Composite growth by application ($ mill) in the European construction industry 2006 – 2007.
Fig. 5.10: Last 1 yr. CAGR (2006 – 2007) in composites application market ($ mill) for European construction.
Fig. 5.11: European nominal GDP growth for leading economies (2002 – 2007)
Fig. 5.12: Composite raw material inputs ($ mill) in the European construction market 2002.
Fig. 5.13: Composite raw material inputs (mill lbs) in the European construction market 2002.
Fig. 5.14: Composite raw material inputs ($ mill) in the European construction market 2006.
Fig. 5.15: Composite raw material inputs (mill lbs) in the European construction market 2006.
Fig. 5.16: Composite raw material inputs ($ mill) in the European construction market 2007.
Fig. 5.17: Composite raw material inputs (mill lbs) in the European construction market 2007.
Fig. 5.18: Composite raw material usage by application (mill lbs) in the European construction market 2002.
Fig. 5.19: Composite raw material usage by application (mill lbs) in the European construction market 2006.
Fig. 5.20: Composite raw material usage by application (mill lbs) in the European construction market 2007.
Fig. 5.21: Composite raw material usage by application ($ mill) in the European construction market 2002.
Fig. 5.22: Composite raw material usage by application ($ mill) in the European construction market 2006.
Fig. 5.23: Composite raw material usage by application ($ mill) in the European construction market 2007.
CHAPTER 6
Fig. 6.1: Growth drivers for European composites in construction with impact analysis for the short, medium and long term.
Fig. 6.2: Growth deflators for European composites in construction with impact analysis for the short, medium and long term.
Fig. 6.3: Breakdown of the European construction market ($ mill) by composites applications in 2007.
Fig. 6.4: Breakdown of the European construction market ($ mill) by composites applications in 2007.
Fig. 6.5: Breakdown of the European construction market ($ mill) by composites applications in 2008.
Fig. 6.6: Breakdown of the European construction market ($ mill) by composites applications in 2008.
Fig. 6.7: Breakdown of the European construction market ($ mill) by composites applications in 2013.
Fig. 6.8: Composite growth by application ($ mill) in the European construction industry 2007 - 2008.
Fig. 6.9: Next 1 year % change (2007 – 2008) for composite application ($ mill) in European construction.
Fig. 6.10: Composite growth by application ($ mill) in the European construction industry 2008 - 2013.
Fig. 6.11: Next five year CAGR (2008 – 2013) for composites applications ($ mill) in European construction.
Fig. 6.12: Composite raw material inputs ($ mill) in the European construction market 2008.
Fig. 6.13: Composite raw material inputs ($ mill) in the European construction market 2013.
Fig. 6.14: Composite raw material inputs (mill lbs) in the European construction market 2008.
Fig. 6.15: Composite raw material inputs (mill lbs) in the European construction market 2013.
Fig. 6.16: Composite raw material usage (mill lbs) by application in the European market in 2007.
Fig. 6.17: Composite raw material shipment (mill lbs) by application in the European construction market 2007.
Fig. 6.18: Composite raw material usage (mill lbs) by application in the European construction market 2008.
Fig. 6.19: Composite material usage (mill lbs) by application in the European construction market 2013.
Fig. 6.20: Composite raw material usage by application ($ mill) in the European construction market 2008.
Fig. 6.21: Composite raw material usage by application ($ mill) in the European construction market 2013.
CHAPTER 7
Fig. 7.1: Composite material volume (mill lbs) by process in the European construction market 2007.
Fig. 7.2: Distribution of European composites in construction (mill lbs) by open and close molding process in 2007.
Fig. 7.3: An example showing the hand lay-up process
Fig. 7.4: Hand lay-up process segmentation in European composites in construction 2007
Fig. 7.5: Spray up process segmentation in European composites in construction 2007
Fig. 7.6: Chopper Gun used for the spray up process
Fig. 7.7: A picture of the traditional spray up process technique
Fig. 7.8: Compression molding process segmentation in European composites in construction 2007
Fig. 7.9: A basic pultrusion machine showing the process elements
Fig. 7.10: Pultrusion process segmentation in European composites in construction 2007
Fig. 7.11: Filament winding process segmentation in European composites in construction 2007
Fig. 7.12: A filament winding machine
Fig. 7.13: VARTM process segmentation in European composites in construction 2007
Fig. 7.14: RTM process segmentation in European composites in construction 2007
CHAPTER 8
Fig. 8.1: Structural GRP anchor bolt and GRP locking system
Fig. 8.2: An example of fiber-reinforced polyester window profile
Fig. 8.3: A glazed GRP entry door
Fig. 8.4 A typical fiber-reinforced cooling tower system
Fig. 8.5: A filament wound GRP round pole
Fig. 8.6: A non-traditional use of GRP for manhole access covers
Fig. 8.7: Composites Rescue Chamber.
Fig. 8.8: Pultruded Scaffolding.
Fig. 8.9: FRP Gridform for Bridge Applications.
Fig. 8.10: Composites Sheet Pile system.
Fig. 8.11: Installation of composite bridge at railroad test track
Fig. 8.12: Composite Advantage’s FRP Mats and Pads
LIST OF TABLES
CHAPTER 1
Table 1.1 Market parameters for end product usage of composites in European construction and attributes of usage
Table 1.2 Market parameters for raw materials of composites in European construction and attributes of usage
CHAPTER 2
Table 2.1 Characteristics of different window material types.
CHAPTER 5
Table 5.1: Composite application trend ($ mill) in the European construction market showing the last one and five year trends and CAGR
Table 5.2: Ranking of the five leading composites applications in the European construction industry in $ value of shipments in 2007.
Table 5.3: European annual nominal GDP CAGR for 27 country zone for the last 1, 3, and 5 years
Table 5.4: Composite application by shipment ($ mill) in the European door market showing the last one and five year trends and CAGR
Table 5.5: Composite application ($ mill) in the European window market showing the last one and five year trends and CAGR
Table 5.6: Composite application ($ mill) in the European rebar market showing the last one and five year trends and CAGR
Table 5.7: Composite application ($ mill) in the European utility pole market showing the last one and five year trends and CAGR
Table 5.8: Composite application ($ mill) in the European bridge deck market showing the last one and five year trends and CAGR
Table 5.9: Composite application ($ mill) in the European grating market showing the last one and five year trends and CAGR
Table 5.10: Composite application ($ mill) in the European cooling tower market showing the last one and five year trends and CAGR
Table 5.11: Composite application ($ mill) in the European bath market showing the last one and five year trends and CAGR
Table 5.12: Composite application ($ mill) in the European swimming pool market showing the last one and five year trends and CAGR
Table 5.13: Composite application ($ mill) in the European architectural market showing the last one and five year trends and CAGR
Table 5.14: Composite application ($ mill) in the European FRP panel market showing the last one and five year trends and CAGR
Table 5.15: Composite application ($ mill) in the European ‘others’ market showing the last one and five year trends and CAGR
Table 5.16: Composite raw material usage by application (mill lbs) in the European construction market showing the last one and five year trends and CAGR
Table 5.17: Composite raw material usage by application ($ mill) in the European construction market showing the last one and five year trends and CAGR
CHAPTER 6
Table 6.1: Composite application forecasts ($ mill) in the European construction market showing the next one and five year forecasts and CAGR
Table 6.2: Composite application forecast ($ mill) in the European door market showing the next one and five year forecasts and CAGR
Table 6.3: Composite application forecast ($ mill) in the European window market showing the next one and five year forecasts and CAGR
Table 6.4: Composite application forecast ($ mill) in the European rebar market showing the next one and five year forecasts and CAGR
Table 6.5: Composite application forecast ($ mill) in the European utility pole market showing the next one and five year forecasts and CAGR
Table 6.6: Composite application forecast ($ mill) in the European bridge deck market showing the next one and five year forecasts and CAGR
Table 6.7: Composite application forecast ($ mill) in the European grating market showing the next one and five year forecasts and CAGR
Table 6.8: Composite application forecast ($ mill) in the European cooling tower market showing the next one and five year forecasts and CAGR
Table 6.9: Composite application forecast ($ mill) in the European bathtub market showing the next one and five year forecasts and CAGR
Table 6.10: Composite application forecast ($ mill) in the European swimming pool market showing the next one and five year forecasts and CAGR
Table 6.11: Composite application forecast ($ mill) in the European architectural market showing the next one and five year forecasts and CAGR
Table 6.12: Composite application forecast ($ mill) in the European FRP panel market showing the next one and five year forecasts and CAGR
Table 6.13: Composite application forecast ($ mill) in the European ‘others’ market showing the next one and five year forecasts and CAGR
Table 6.14: Composite raw material usage forecast by application (mill lbs) in the European construction industry showing the next one and five year forecasts and CAGR
Table 6.15: Composite raw material usage forecast by application ($ mill) in the European construction industry showing the next one and five year forecasts and CAGR
CHAPTER 8
Table 8.1: High growth composites applications by shipment ($ mill) showing the next one and five year forecast and CAGR for European construction market (2008 – 2013)
CHAPTER 9
Table 9.1 List of materials introduced from 2006 to October 2008
CHAPTER 1
Table 1.1 Market parameters for end product usage of composites in European construction and attributes of usage
Table 1.2 Market parameters for raw materials of composites in European construction and attributes of usage
CHAPTER 2
Table 2.1 Characteristics of different window material types.
CHAPTER 5
Table 5.1: Composite application trend ($ mill) in the European construction market showing the last one and five year trends and CAGR
Table 5.2: Ranking of the five leading composites applications in the European construction industry in $ value of shipments in 2007.
Table 5.3: European annual nominal GDP CAGR for 27 country zone for the last 1, 3, and 5 years
Table 5.4: Composite application by shipment ($ mill) in the European door market showing the last one and five year trends and CAGR
Table 5.5: Composite application ($ mill) in the European window market showing the last one and five year trends and CAGR
Table 5.6: Composite application ($ mill) in the European rebar market showing the last one and five year trends and CAGR
Table 5.7: Composite application ($ mill) in the European utility pole market showing the last one and five year trends and CAGR
Table 5.8: Composite application ($ mill) in the European bridge deck market showing the last one and five year trends and CAGR
Table 5.9: Composite application ($ mill) in the European grating market showing the last one and five year trends and CAGR
Table 5.10: Composite application ($ mill) in the European cooling tower market showing the last one and five year trends and CAGR
Table 5.11: Composite application ($ mill) in the European bath market showing the last one and five year trends and CAGR
Table 5.12: Composite application ($ mill) in the European swimming pool market showing the last one and five year trends and CAGR
Table 5.13: Composite application ($ mill) in the European architectural market showing the last one and five year trends and CAGR
Table 5.14: Composite application ($ mill) in the European FRP panel market showing the last one and five year trends and CAGR
Table 5.15: Composite application ($ mill) in the European ‘others’ market showing the last one and five year trends and CAGR
Table 5.16: Composite raw material usage by application (mill lbs) in the European construction market showing the last one and five year trends and CAGR
Table 5.17: Composite raw material usage by application ($ mill) in the European construction market showing the last one and five year trends and CAGR
CHAPTER 6
Table 6.1: Composite application forecasts ($ mill) in the European construction market showing the next one and five year forecasts and CAGR
Table 6.2: Composite application forecast ($ mill) in the European door market showing the next one and five year forecasts and CAGR
Table 6.3: Composite application forecast ($ mill) in the European window market showing the next one and five year forecasts and CAGR
Table 6.4: Composite application forecast ($ mill) in the European rebar market showing the next one and five year forecasts and CAGR
Table 6.5: Composite application forecast ($ mill) in the European utility pole market showing the next one and five year forecasts and CAGR
Table 6.6: Composite application forecast ($ mill) in the European bridge deck market showing the next one and five year forecasts and CAGR
Table 6.7: Composite application forecast ($ mill) in the European grating market showing the next one and five year forecasts and CAGR
Table 6.8: Composite application forecast ($ mill) in the European cooling tower market showing the next one and five year forecasts and CAGR
Table 6.9: Composite application forecast ($ mill) in the European bathtub market showing the next one and five year forecasts and CAGR
Table 6.10: Composite application forecast ($ mill) in the European swimming pool market showing the next one and five year forecasts and CAGR
Table 6.11: Composite application forecast ($ mill) in the European architectural market showing the next one and five year forecasts and CAGR
Table 6.12: Composite application forecast ($ mill) in the European FRP panel market showing the next one and five year forecasts and CAGR
Table 6.13: Composite application forecast ($ mill) in the European ‘others’ market showing the next one and five year forecasts and CAGR
Table 6.14: Composite raw material usage forecast by application (mill lbs) in the European construction industry showing the next one and five year forecasts and CAGR
Table 6.15: Composite raw material usage forecast by application ($ mill) in the European construction industry showing the next one and five year forecasts and CAGR
CHAPTER 8
Table 8.1: High growth composites applications by shipment ($ mill) showing the next one and five year forecast and CAGR for European construction market (2008 – 2013)
CHAPTER 9
Table 9.1 List of materials introduced from 2006 to October 2008
