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The European construction market for composite applications is expected to grow at a CAGR of 5% from 2015 to 2020. Increasing residential and non-residential markets, along with civil construction, drive the composite market in the European construction region. The demand of new offices, growing leisure, and logistic facilities after recovery of Eurozone economies also drive the composite market.

Lucintel, a leading global management consulting and market research firm, has analyzed the composite market in the European construction market and has come up with a comprehensive research report, “Opportunities for Composites in European Construction Market 2015-2020: Trends, Forecast, and Opportunity Analysis”. This report provides an analysis of composites in the European construction market, including the market trends, growth opportunities, key drivers, and emerging trends in the market. The study also includes the forecast for composites in the European construction market through 2020 by value ($ Million) and volume (Million pounds) and segment breakdown by region and product type as follows:

By region:
Eastern Europe Western Europe Southern Europe Northern Europe

By product type:
Doors Windows Rebar Utility Pole Bridge Deck Grating Cooling Tower Bathtub Swimming Pool Architectural Applications FRP Panel Other

On the basis of its comprehensive research, Lucintel forecasts that the bathtub and utility pole segments are expected to grow moderately during the forecast period. After a long recession, governments have again started investment in infrastructure projects; for example, road construction will rise by more than 40% in the UK. In Northern Europe, construction of housing societies is witnessing an upward growth that implies a growth in the bathtub market. Subsidiaries of big companies engaged in manufacturing are setting up their units in small countries where utility poles, rebar, and cooling tower are utilized. This leads to the growth in their markets as well.

Villeroy & Boch, Lamilux, Roca Group, Primer Bath, Brett Martin Daylight Systems, GEA Polacel Cooling Towers, Teuco, and Exel Composites are some of the major suppliers of the composite applications. The industry players are opting for M&A, innovation, and new product development as well as expansion for growing their businesses. Several important emerging trends that have a direct impact on the dynamics of the industry include the shifting of investments from an international to an intercontinental arena and the increasing interest of private equity firms in the construction industry.

This unique report from Lucintel will provide you with valuable information, insights, and tools needed to identify new growth opportunities and operate your business successfully in this market. This report will save hundreds of hours of your own personal research time and will significantly benefit you in expanding your business in this market. In today’s stringent economy, you need every advantage that you can find.
To make business, investment, and strategic decisions, you need timely, useful information. This market report fulfills this core need and is an indispensable reference guide for multinational materials suppliers, product manufacturers, investors, executives, distributors, and many more that operate in this market.

Some of the features of “Opportunities for Composites in European Construction Market 2015-2020: Trends, Forecast, and Opportunity Analysis” include:

Market size estimates: European Construction Market size estimation in terms of volume (M lbs) and value ($M) shipment. Trend and forecast analysis: European Construction Market trend (2009-2014) and forecast (2015-2020) by regions and by segments. Segmentation analysis: European Construction Market by Application such as Cooling Tower, Grating, FRP Panel, Bathtub, Door, Architectural, Utility Pole, and Others. Regional analysis: European Construction Market breakdown by key regions such as North, South, East, and West. Growth opportunities: Analysis on growth opportunities in different applications and regions. Strategic analysis: This includes M&A, new product development, competitive landscape, and expansion strategies of global construction suppliers. Emerging applications: Emerging applications of European construction market in various markets. Analysis of competitive intensity of the industry based on Porter’s Five Forces model.

Table Of Contents

Opportunities for Composites in European Construction Market 2015-2020: Trends, Forecast, and Opportunity Analysis,
1. Executive Summary2. Construction Industry Background and Characteristics2.1: Construction industry overview2.2: Characteristics of the European construction industry2.3: Industry classificationand application descriptions2.3.1: Doors2.3.2: Windows2.3.3: Rebar2.3.4: Utility pole2.3.5: Bridge deck2.3.6: Grating2.3.7: Cooling tower2.3.8: Bath2.3.9: Swimming pool2.3.10: Architectural applications2.3.11:FRP Panel2.3.12:Others2.4:Price and weight distribution2.4.1: Ladder rail using pultrusion process2.4.2: Window lineal using pultrusion process2.4.3: Grating using pultrusion process3. European Construction Market Analysis-20123.1: Market concentration3.2: Regional analysis3.2.1: Western Europe3.2.2: Eastern Europe3.2.3: Northern Europe3.2.4: Southern Europe3.3: Market segmentation by application3.3.1: Doors3.3.2: Windows3.3.3: Rebar3.3.4: Utility Pole3.3.5: Bridge Deck3.3.6: Grating3.3.7: Cooling Tower3.3.8: Bath3.3.9: Swimming Pool3.3.10: Architectural3.3.11: FRP Panel3.3.12: Others3.4: European composite materials usage by application3.5: Driving forcesfor the use of composites
pportunities for Composites in the European Construction Market 2013-2018: Trends,Forecast, and Opportunity AnalysisOpportunities for Composites in the European Construction Market 2013-20183.6: Key requirements4. Competitive Analysis4.1: Overview4.2: Doors4.2.1: Market penetration4.3: Windows4.3.1: Market penetration4.4: Rebar4.4.1: Market penetration4.5: Utility pole4.5.1: Market penetration4.6: Bridge deck4.6.1: Market penetration4.7: Grating4.7.1: Market penetration4.8: Cooling tower4.8.1: Market penetration4.9: Bath tub4.9.1: Market penetration4.10: Swimming pool4.10.1: Market penetration4.11: Architectural applications4.11.1: Market penetration4.12: FRP panel4.12.1: Market penetration4.13: Others4.13.1: Market penetration5. European Construction Market Trend5.1: Overview5.2: Macroeconomic industry challenges in recent years5.2.1:European housing5.2.2: Credit crunch5.3: Trends in the European construction market by applications5.3.1: Doors5.3.2: Windows5.3.3: Rebar5.3.4: Utility Pole5.3.5: Bridge Deck5.3.6: Grating5.3.7: Cooling Tower5.3.8: Bath5.3.9: Swimming Pool5.3.10: Architectural5.3.11: FRP Panel5.3.12: Others5.4: Trends in the European construction market by materials
6. European Construction Market Forecasts6.1: Growth drivers for composites in the European construction market6.2: Forecasts for European construction market by applications6.2.1: Forecast for European doors6.2.2: Forecast for European windows6.2.3: Forecast for European rebar6.2.4: Forecast for European utility pole6.2.5: Forecast for European bridge deck6.2.6: Forecast for European grating6.2.7: Forecast for European cooling tower6.2.8: Forecast for European bath6.2.9: Forecast for European swimming pool6.2.10: Forecast for European architectural applications6.2.11: Forecast for European FRP panel6.2.12: Forecast for European ‘others'7.5 Forecasts for the European construction market by materials7. Manufacturing Process Analysis7.1: Overview of processes7.2: Hand Lay-Up7.3: Spray up7.4: Compression molding7.5: Pultrusion7.6: Filament winding7.7: VARTM7.8: RTM8. Growth Opportunities and Emerging Composites Applications8.1: Growth markets8.1.1: Windows8.1.2: Doors8.1.3: Rebar8.1.4: Architectural application8.2: Emerging applications8.3: Emerging process and machinery8.4: New materials developmentList of FiguresChapter 1. Executive SummaryFigure 1.1: Porter's Five Forces Analysis model for the composites market in construction for EuropeChapter 2. Construction Industry Background and CharacteristicsFigure 2.1: Construction market classification by sales segmentation and applicationsFigure 2.2: An ‘Ash' solid composite fiberglass doorFigure 2.3: A Pultruded composite window profileFigure 2.4: Expansion/Contraction comparison for different types of window materialsFigure 2.5: Conductivity comparison for different types of window materials
Figure 2.6: FRP reinforcing rebarFigure 2.7: A Fiber-reinforced utility poleFigure 2.8: A FRP Stringer supported bridge deckFigure 2.9: Pultruded square fiberglass gratingFigure 2.10: Cooling tower produced with pultruded construction componentsFigure 2.11: A Rectangular fiberglass composite bathtubFigure 2.12: A Photograph of a composite poolFigure 2.13: A Fiberglass architectural arch and column applicationFigure2.14: A Fiberglass reinforced plastic (FRP) roofing panel used to refurbish an existing roof surfaceFigure 2.15: Fiberglass reinforced plastic (FRP) pultruded profilesChapter 3. European Construction Market Analysis-2012Figure 3.1: Top 10 segmentation of composite manufactureres in Europe by market value-2012Figure 3.2: Leading composite manufacturers in European construction applicationsFigure 3.3: Leading composite manufacturers in European construction applications (Cont.)Figure 3.4: Composite application shipment ($M) in Europe by region-2012Figure 3.5: Composites applications shipments ($Ml) in Western Europe-2012 Figure 3.6: Composite application shipments ($M) In Eastern Europe-2012 Figure 3.7: Composite application shipments ($M) In Northern Europe-2012Figure 3.8: Composite application Shipments ($M) In Southern Europe-2012Figure 3.9: Breakdown of the European construction market ($M) by composites applications in 2012 Figure 3.10: European construction market (Ml lbs) by composite applications in 2012Figure 3.11: Percentage change in house price in Europe, 2010-2011 source: RICS European housing review 2012Figure 3.12: Composite materials used by application segmentFigure 3.13: Composite materials used by application segment (Cont.)Figure 3.14: Composite raw material usage distribution ($M) by application in the European construction market for 2012 Figure 3.15: Composite raw material usage distribution (M lbs) by application in the European construction market for 2012 Figure 3.16: Composite raw material inputs (M lbs) In the European construction market for 2012 Figure 3.17: Composite raw material usage ($M) by application in the European construction market for 2012Figure 3.18: Emphasis on cost and performance by various industry segmentsChapter 4. Competitive AnalysisFigure 4.1: The rate of change for the residential window lineal market over the five year period 2007-2012Chapter 5. European Construction Market TrendFigure 5.1: European construction market ($M) by composite applications in 2007 Figure 5.2: European construction market (M lbs) by composite applications in 2007Figure 5.3: European construction market ($M) by composite applications in 2011Figure 5.4: European construction market (M lbs) by composite applications in 2011
pportunities for Composites in the European Construction Market 2013-2018: Trends,Forecast, and Opportunity AnalysisOpportunities for Composites in the European Construction Market 2013-2018Figure 5.5: European construction market ($M) by composite applications in 2012 Figure 5.6: European construction market (M lbs) by composite applications in 2012Figure 5.7: Last five years CAGR (2007-2012) in composite application ($M) for European constructionFigure 5.8: Last one year CAGR (2007-2012) in composite application ($M) for European construction Figure 5.9: European current rate GDP growth for leading economies (2007-2012) source: international monetary fund Figure 5.10: Composite raw material inputs ($M) in the European construction market 2007 Figure 5.11: Composite raw material inputs (M lbs) in the European construction market 2007 Figure 5.12: Composite raw material inputs ($M) in the European construction market 2011 Figure 5.13: Composite raw material inputs (M lbs) in the European construction market 2011 Figure 5.14: Composite raw material inputs ($M) in the European construction market 2012 Figure 5.15: Composite raw material inputs (M lbs) in the European construction market 2012 Figure 5.16: Composite raw material usage by application (M lbs) in the European construction market 2007 Figure 5.17: Composite raw material usage byapplication (M lbs) in the European construction market 2011 Figure 5.18: Composite raw material usage by application (M lbs) in the European construction market 2012 Figure 5.19: Composite by application ($M) In the European construction market 2007 raw material usageFigure 5.20: Composite raw material usage by Application ($M) in the European construction market 2011 Figure 5.21: Composite raw material usage by application ($M) in the European construction market 2012 Chapter6. European Construction Market ForecastsFigure 6.1: Growth drivers for European composites in construction with impact analysis for the short, medium and long-termFigure 6.2: Growth deflators For European composites in construction with impact analysis for the short, medium and long-termFigure 6.3: Breakdown of the European construction market (M lbs) by composites applications in 2012 Figure 6.4: Breakdown of the Europeanconstruction market (M lbs) by composites applications in 2018 Figure 6.5: Next one year % change (2012-2013) for composite application ($M) in European constructionFigure 6.6: Next five year CAGR (2013-2018) for composites applications ($ M) in European Construction Figure 6.7: Composite raw material inputs ($M) in the European construction market 2013
Figure 6.8: Composite raw material inputs ($M) in the European construction market 2018Figure 6.9: Composite raw material inputs (M lbs) in the European construction market 2013 Figure 6.10: Composite raw material inputs (M lbs) in the European construction market 2018 Figure 6.11: Composite raw material usage (M lbs) by application in the European market in 2012 Figure 6.12: Composite material usage (Mill lbs) by application in the European construction market 2018 Figure 6.13: Composite raw material usage by application ($M) In the European construction market 2013 Figure 6.14: Composite raw material usage by application ($M) in the European construction market 2018Chapter 7. Manufacturing Process AnalysisFigure 7.1: Composite material volume (M lbs) by process in the European construction market 2012Figure 7.2: Distribution of European composites in construction (M lbs) by open and close molding process in 2012Figure 7.3: An Example showing the hand Lay-Up processFigure 7.4: Hand Lay-Up process segmentation in European composites in construction 2012Figure 7.5: Spray up process segmentation in European composites in construction 2012Figure 7.6: Chopper gun used for the spray up processFigure 7.7: A Pictureof the traditional spray up process techniqueFigure 7.8: Compression molding process segmentation in European composites in construction 2012Figure 7.9: A Basic pultrusion machine showing the process elementsFigure 7.10: Pultrusion process segmentationin European composites in construction 2012Figure 7.11: Filament winding process segmentation in European composites in construction 2012Figure 7.12: A Filament winding machineFigure 7.13: VARTM Process segmentation in European composites in construction 2012Figure 7.14: RTM Process segmentation in European composites in construction 2012Chapter 8. Growth Opportunities and Emerging Composites ApplicationsFigure 8.1: High growth applications in European composite construction market for the next five year (2013-2018)Fig 8.2: An example of fiber-reinforced polyester window profilesource: vello nordic (Norway)Figure 8.3: Structural GRP anchor bolt and grp locking systemsource: ATPpultrusion (Italy)Fig 8.4: An Example of fiber-reinforced polyester domeSource: A to Z in GRP Ltd. (UK)Figure 8.5: Composites rescue chambersource: graftech international (U.S.)Figure 8.6: Pultruded scaffoldingSource: strongwell (U.S.)Figure 8.7: FRP Gridform for bridge applicationssource: strongwell (U.S.)Figure 8.8: Composites sheet pile systemsource: creative pultrusions (U.S.)
Figure8.9: Installation of composite bridge at railroad test trackSource: Rocky Mountai ConstructionFigure 8.10: Composite advantage's FRP mats and padssource: composite advantage
List of TablesChapter 1. Executive SummaryTable 1.1 Market parameters for end product usage of composites in European construction and attributes of usageTable 1.2 Market parameters for raw materials of composites in European construction andattributes of usageChapter 2. Construction Industry Background and CharacteristicsTable 2.1 Characteristics of different window material typesChapter 5. European Construction Market TrendTable 5.1: Composite application trend ($M) in the European construction market showing the last one and five year trends and CAGRTable 5.2: Composite application by shipment ($M) In the European door market showing the last one and five year trends and CAGRTable 5.3: Composite application ($M) in the European window market showing the last one and five year trends and CAGRTable 5.4: Composite application ($M) in the European rebar market showing the last one and five year trends and CAGRTable 5.5: Composite application ($M) in the European utility pole market showing the last one and five year trends and CAGRTable 5.6: Composite application ($M) in the European bridge deck market showing the last one and five year trends and CAGRTable 5.7: Composite application ($M) In the European grating market showing the last one and five year trends and CAGRTable 5.8: Composite application ($M) In the European cooling tower market showing the last one and five year trends and CAGRTable 5.9: Composite application ($M) In the European bath market showing the last one and five year trends and CAGRTable 5.10: Composite application ($M) In the European swimming pool market showing the last one and five year trends and CAGRTable 5.11: Composite application ($M) In the European architectural market showing the last one and five year trends and CAGRTable 5.12: Composite application ($M) In the European FRP panel market showing the last one and five year trends and CAGRTable5.13: Composite application ($M) In the European ‘others' market showing the last one and five year trends and CAGRTable 5.14: Composite raw material usage by application (M lbs) in the European construction market showing the last one and five year trends and CAGRTable 5.15: Composite raw material usage by application ($M) In the European construction market showing the last one and five year trends and CAGR
Chapter 6. European Construction Market ForecastsTable 6.1: Composite application forecasts ($M) in the European construction market showing the next one and five year forecasts and CAGRTable 6.2:Composite application forecast ($M) in the European door market showing the next one and five year forecasts and CAGRTable 6.3: Composite application forecast ($M) in the European window market showing the next one and five year forecasts and CAGRTable 6.4: Compositeapplication forecast ($M) in the European rebar market showing the next one and five year forecasts and CAGRTable 6.5: Composite application forecast ($M) in the European utility pole market showing the next one and five year forecasts and CAGRTable 6.6: Composite application forecast ($M) in the European bridge deck market showing the next one and five year forecasts and CAGRTable 6.7: Composite application forecast ($M) in the European grating market showing the next one and five year forecasts and CAGRTable 6.8: Composite application forecast ($M) in the European cooling tower market showing the next one and five year forecasts and CAGRTable 6.9: Composite application forecast ($M) in the European bathtub market showing the next one and five year forecasts and CAGRTable 6.10: Composite application forecast ($M) in the European swimming pool market showing the next one and five year forecasts and CAGRTable 6.11: Composite application forecast ($M) in the European architectural market showing the next one and five year forecasts and CAGRTable 6.12: Composite application forecast ($M) in the European FRP panel market showing the next one and five year forecasts and CAGRTable 6.13: Composite application forecast($M) In the European ‘others' market showing the next one and five year forecasts and CAGRTable 6.14: Composite raw material usage forecast by application (M lbs) in the European construction industry showing the next one and five year forecasts and CAGRTable 6.15: Composite rawmaterial usageforecast by application ($M) in the European construction industry showing the next one and five year forecasts and CAGRChapter 8. Growth Opportunities and Emerging Composites ApplicationsTable 8.1: High growth composites applications by shipment ($M) showing the next five year forecast and CAGR for European construction market (2013 -2018)Table 8.2: List of materials introduced recently

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