Opportunities in Continuous Fiber Thermoplastics 2012-2017: Trends, Forecasts, and Opportunity Analysis, November 2012
The continuous fiber thermoplastic (CFT) market is expected to reach US $191.8 million by 2017, with a CAGR of 8.6% over the next five years. CFT materials are used in a variety of markets such as transportation, sporting goods, industrial goods, aerospace, and ballistic, which have been the market drivers in the recent years, helping gain widespread acceptance in the marketplace across all regions.
Lucintel, a leading global management consulting and market research firm, has conducted a competitive analysis on the trends and forecasts of the industry and presents its findings in ?Opportunities in Continuous Fiber Thermoplastics 2012-2017: Trends, Forecasts, and Opportunity Analysis.? A paradigm shift is occurring in automotive and industrial companies, which are now embracing CFT as a potential replacement for traditional materials, especially in those applications where weight/performance and cost/performance is crucial.
Among the main challenges of the market, reduction in gross margin and overall profitability may reduce R&D and further capital investment to increase CFT production that can pose as a big threat for further growth. Inter-material competition also possesses a great threat; innovations in new technology, fiber, or resin formulation have the potential to change the dynamics of the market. The report gives brief overview about the drivers of the industry. The CFT materials can be formulated with glass, carbon of aramid fiber whereas polypropylene (PP), nylon, PPS, PEEK, PC, and PEI are the most commonly used resin systems, which increases the global demand.
The main drivers for the automotive applications are cost reduction, weight reduction, and recyclability. These are environment friendly and increase the recovery of vehicles and their components.
Due to the differing stages of the product lifecycle of the six industry segments for CFT applications within different industries, it is important to understand their penetration in the application relative to the overall segment. The data from this section comes from primary research from experts within the industry to understand penetration and how the trends are changing whether positive or negative toward CFT materials in the application segment.
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.
Lucintel, a leading global management consulting and market research firm, has conducted a competitive analysis on the trends and forecasts of the industry and presents its findings in ?Opportunities in Continuous Fiber Thermoplastics 2012-2017: Trends, Forecasts, and Opportunity Analysis.? A paradigm shift is occurring in automotive and industrial companies, which are now embracing CFT as a potential replacement for traditional materials, especially in those applications where weight/performance and cost/performance is crucial.
Among the main challenges of the market, reduction in gross margin and overall profitability may reduce R&D and further capital investment to increase CFT production that can pose as a big threat for further growth. Inter-material competition also possesses a great threat; innovations in new technology, fiber, or resin formulation have the potential to change the dynamics of the market. The report gives brief overview about the drivers of the industry. The CFT materials can be formulated with glass, carbon of aramid fiber whereas polypropylene (PP), nylon, PPS, PEEK, PC, and PEI are the most commonly used resin systems, which increases the global demand.
The main drivers for the automotive applications are cost reduction, weight reduction, and recyclability. These are environment friendly and increase the recovery of vehicles and their components.
Due to the differing stages of the product lifecycle of the six industry segments for CFT applications within different industries, it is important to understand their penetration in the application relative to the overall segment. The data from this section comes from primary research from experts within the industry to understand penetration and how the trends are changing whether positive or negative toward CFT materials in the application segment.
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.
1. EXECUTIVE SUMMARY
2. INDUSTRY OVERVIEW AND CHARACTERISTICS
2.1 Industry overview
2.2: Characteristics of the industry
2.3: Material forms, properties and price comparison
2.4 Industry classification and application description
3. GLOBAL CFT MARKET ANALYSIS – 2011
3.1: CFT market overview 2011
3.2: Regional Analysis
3.3: Market segmentation by material form
3.4: Market segmentation by material type
3.5: Market segmentation by applications
3.6: Driving forces and key requirements for the use of CFT
3.7: Competitive analysis
4. CFT MARKET TRENDS
4.1: Overview
4.2: Regional trend
4.3: Market trend by material form
4.4: Market by use temperature
4.5: Market trend by material type
4.6: Market trend by applications
5. CFT MARKET FORECASTS
5.1: Growth drivers and deflators for CFT market
5.2: Overview
5.3: Regional forecast
5.4: Market forecast by material form
5.5: Market forecast by use temperature
5.6: Market forecast by material type
5.7: Market forecast by applications
6. MANUFACTURING PROCESS ANALYSIS
6.1: Making of thermoplastic composites
6.2: Molding technology
6.3: Benefits of thermoplastic composite materials processing
6.4: Challenges in processing of thermoplastic composite materials
6.5: Key manufacturing technologies for thermoplastic composites
6.6: Molders and thermoplastic composites users
7. FUTURE PROSPECT AND GROWTH OPPORTUNITIES FOR CFT
7.1: Future prospects in current market segments
7.2: Requirements of the current market segments
7.3: Ways to achieve greater market penetration
7.4: Growth opportunities
2. INDUSTRY OVERVIEW AND CHARACTERISTICS
2.1 Industry overview
2.2: Characteristics of the industry
2.3: Material forms, properties and price comparison
2.4 Industry classification and application description
3. GLOBAL CFT MARKET ANALYSIS – 2011
3.1: CFT market overview 2011
3.2: Regional Analysis
3.3: Market segmentation by material form
3.4: Market segmentation by material type
3.5: Market segmentation by applications
3.6: Driving forces and key requirements for the use of CFT
3.7: Competitive analysis
4. CFT MARKET TRENDS
4.1: Overview
4.2: Regional trend
4.3: Market trend by material form
4.4: Market by use temperature
4.5: Market trend by material type
4.6: Market trend by applications
5. CFT MARKET FORECASTS
5.1: Growth drivers and deflators for CFT market
5.2: Overview
5.3: Regional forecast
5.4: Market forecast by material form
5.5: Market forecast by use temperature
5.6: Market forecast by material type
5.7: Market forecast by applications
6. MANUFACTURING PROCESS ANALYSIS
6.1: Making of thermoplastic composites
6.2: Molding technology
6.3: Benefits of thermoplastic composite materials processing
6.4: Challenges in processing of thermoplastic composite materials
6.5: Key manufacturing technologies for thermoplastic composites
6.6: Molders and thermoplastic composites users
7. FUTURE PROSPECT AND GROWTH OPPORTUNITIES FOR CFT
7.1: Future prospects in current market segments
7.2: Requirements of the current market segments
7.3: Ways to achieve greater market penetration
7.4: Growth opportunities
LIST OF FIGURES
Chapter 1. Executive Summary
Figure 1.1: Porter’s Five Forces Analysis of continuous fiber thermoplastic industry
Chapter 2. Industry Overview and Characteristics
Figure 2.1: Short fiber, long fiber, and continuous fiber
Figure 2.2: Classification of thermoplastic composite materials
Figure 2.3: Comparison of tensile modulus for various thermoplastic resins
Figure 2.4: Comparison of tensile strength for various thermoplastic resins
Figure 2.5: Conversion of Twintex® into a thermoplastic composite material
Figure 2.6: Designing with PMC CFRT® composite materials
Figure 2.7: Price comparison of thermoplastic resins
Figure 2.8: Price comparison of CFT
Figure 2.9: Airbus fixed wing leading edge
Figure 2.10: Manufacturing of J-nose
Figure 2.11: Airbus access panels
Figure 2.12: Keel beam of airbus
Figure 2.13: Ribs, stiffeners, and other parts
Figure 2.14: BMW M3 bumper beams
Figure 2.15: Peugeot 806 bumper beam
Figure 2.16: Skid plate used in GM SUV
Figure 2.17: Nissan load floor
Figure 2.18: Truck Ttailer liner
Figure 2.19: Truck box made of monopan
Figure 2.20: BMW back seat frame
Figure 2.21: Military helmet, Cato composites
Figure 2.22: Burton snowboard highback
Figure 2.23: Campagnolo racing bicycle brake lever
Figure 2.24: Look racing bicycle pedal
Figure 2.25: Granite gear backpack frame
Figure 2.26: Puma soccer power insole
Figure 2.27: Snowboard helmet
Figure 2.28: Fabrication of snowboard helmet
Figure 2.29: Kayak paddle
Figure 2.30: Backpack
Figure 2.31: Snowboard
Figure 2.32: Lightweight bicycle frames
Figure 2.33: Prijon surf rodeo helmet
Figure 2.34: Whitewater helmet, prijon
Figure 2.35: Orthopedic braces
Figure 2.36: Otto bock orthopedic soles
Figure 2.37: Water storage tank
Figure 2.38: Thermoplastic composites screw
Figure 2.39: Photograph of a bed spring
Figure 2.40: Attach? case
Figure 2.41: Composites boat
Figure 2.42: Loudspeaker cone, ehmann
Figure 2.43: Housing for electronics
Chapter 3. Global CFT Market Analysis – 2011
Figure 3.1: Global CFT market in terms of M pounds shipment (2006 vs. 2011)
Figure 3.2: Global CFT market in terms of $M shipment (2006 vs. 2011)
Figure 3.3: CFT market share in global composites market 2011 (in B pounds)
Figure 3.4: CFT market share in global composites market 2011 (in $B)
Figure 3.5: Global thermoplastic composites industry (M pounds) in 2011
Figure 3.6: Global thermoplastic composites industry ($M) in 2011
Figure 3.7: Global CFT industry by region (in $M) in 2011
Figure 3.8: Distribution of global CFT industry by region (in $M) in 2011
Figure 3.9: Global CFT industry by region (in M pounds) in 2011
Figure 3.10: Distribution of global CFT industry by region (in M pounds) in 2011
Figure 3.11: Global CFT industry by material form (in $M) in 2011
Figure 3.12: Distribution of global CFT industry by material form (in $M) in 2011
Figure 3.13: Global CFT industry by material form (in M pounds) in 2011
Figure 3.14: Distribution of global CFT industry by material form (in M pounds) in 2011
Figure 3.15: Global CFT industry by use temperature (in $M) in 2011
Figure 3.16: Distribution of global CFT industry by use temperature (in $M) in 2011
Figure 3.17: Global CFT industry by use temperature (in M pounds) in 2011
Figure 3.18: Distribution of global CFT industry by use temperature (in M Pounds) in 2011
Figure 3.19: Resin consumption high-temperature CFT in 2011
Figure 3.20: Distribution of resin consumption in high-temperature CFT in 2011
Figure 3.21: Resin consumption in low temperature CFT in 2011
Figure 3.22: Distribution of resin consumption in low temperature CFT in 2011
Figure 3.23: Global CFT industry by resin type (in $M) in 2011
Figure 3.24: Distribution of global CFT industry by resin type (in $M) in 2011
Figure 3.25: Global CFT industry by resin type (in M pounds) in 2011
Figure 3.26: Distribution of global CFT industry by resin type (in M Pounds) in 2011
Figure 3.27: Global CFT industry by reinforcement type (in $M) in 2011
Figure 3.28: Distribution of global CFT industry by reinforcement type (in $M) in 2011
Figure 3.29: Global CFT industry by reinforcement type (in M pounds) in 2011
Figure 3.30: Distribution of global CFT industry by reinforcement type (in M Pounds) in 2011
Figure 3.31: Global CFT industry by application (in $M) in 2011
Figure 3.32: Distribution of global CFT industry by application (in $M) in 2011
Figure 3.33: Global CFT industry by application (in M pounds) in 2011
Figure 3.34: Distribution of global CFT industry by application (in million pounds) in 2011
Figure 3.35: CFT in global transportation industry (in million pounds) in 2011
Figure 3.36: CFT in global transportation industry (in $M) in 2011
Figure 3.37: CFT in global sporting goods industry (in M pounds) in 2011
Figure 3.38: CFT in global sporting goods industry (in $M) in 2011
Figure 3.39: CFT in industrial applications (in M pounds) in 2011
Figure 3.40: CFT in industrial applications (in $M) in 2011
Figure 3.41: CFT in aerospace industry (in M pounds) in 2011
Figure 3.42: CFT in aerospace industry (in $M) in 2011
Figure 3.43: CFT in ballistic application (in M pounds) in 2011
Figure 3.44: CFT in ballistic application (in $M) in 2011
Figure 3.45: CFT in miscellaneous application (in M pounds) in 2011
Figure 3.46: CFT in miscellaneous application (in $M) in 2011
Chapter 4. CFT Market Trends
Figure 4.1: Global CFT industry in 2006 and 2011 in $M
Figure 4.2: Global CFT industry in 2006 and 2011 in M pounds
Figure 4.3: Compounded annual growth rate for global CFT industry: 2006-2011
Figure 4.4: Global CFT industry in 2010 and 2011 in $M
Figure 4.5: Global CFT industry in 2010 and 2011 in M Pounds
Figure 4.6: Annual growth rate for global CFT industry: 2010-2011
Figure 4.7: Global CFT industry by region (in $M) in 2006
Figure 4.8: CAGR for global CFT industry by region (by $M) 2006-2011
Figure 4.9: Global CFT industry by region (in M pounds) in 2006
Figure 4.10: CAGR for global CFT industry by region (by M Pounds) 2006-2011
Figure 4.11: Global CFT industry by region (in $M) in 2010
Figure 4.12: Annual growth rate in global CFT industry by region (by $M) in 2010-2011
Figure 4.13: Global CFT industry by region (in M pounds) in 2010
Figure 4.14: Annual growth in global CFT industry by region (by M Pounds) in 2010-2011
Figure 4.15: Global CFT industry by material form (in $M) in 2006
Figure 4.16: CAGR for global CFT industry by material form (by $M) 2006-2011
Figure 4.17: Global CFT industry by material form (in M pounds) in 2006
Figure 4.18: CAGR for global CFT industry by material form (by M pounds) 2006-2011
Figure 4.19: Global CFT industry by material form (in $M) in 2010
Figure 4.20: Annual growth in global CFT industry by material form (by $M) in 2010-2011
Figure 4.21: Global CFT industry by material forms (in M Pounds) in 2010
Figure 4.22: Annual growth in global CFT industry by material form (by M pounds) in 2010-2011
Figure 4.23: Global CFT industry by use temperature (in $M) in 2006
Figure 4.24: CAGR for global CFT industry by use temperature (by $M) 2006-2011
Figure 4.25: Global CFT Industry by Use Temperature (in Million Pounds) in 2006
Figure 4.26: CAGR for global CFT industry by use temperature (by M Pounds) 2006-2011
Figure 4.27: Global CFT Industry by use temperature (in $M) in 2010
Figure 4.28: Annual growth in global CFT industry by Use temperature (by $M) in 2010-2011
Figure 4.29: Global CFT industry by use temperature (in M pounds) in 2010
Figure 4.30: Annual growth in global CFT industry by use temperature (by M Pounds) in 2010-2011
Figure 4.31: Global CFT industry 2006 by resin type (in $M) in 2006
Figure 4.32: CAGR for global CFT industry by resin type (by $M) 2006-2011
Figure 4.33: Global CFT industry by resin type (in M Pounds) in 2006
Figure 4.34: CAGR for global CFT industry by resin type (by M Pounds) 2006-2011
Figure 4.35: Global CFT industry by resin type (in $ M) in 2010
Figure 4.36: Annual growth in global CFT industry by resin type (by $ M) in 2010-2011
Figure 4.37: Global CFT industry by resin Type (in M Pounds) in 2010
Figure 4.38: Annual growth in global CFT industry by resin type (by M Pounds) in 2010-2011
Figure 4.39: Global CFT industry by reinforcement type (in $ M) in 2006
Figure 4.40: CAGR for Global CFT industry by reinforcement type (by $ M) 2006-2011
Figure 4.41: Global CFT industry by reinforcement Type (in M Pounds) in 2006
Figure 4.42: CAGR for global CFT industry by reinforcement type (by M Pounds) 2006-2011
Figure 4.43: Global CFT industry by reinforcement type (in $M) in 2010
Figure 4.44: Annual growth in CFT industry by reinforcement type (by $M) in 2010-2011
Figure 4.45: Global CFT industry by reinforcement type (in M pounds) in 2010
Figure 4.46: Annual growth in global CFT industry by reinforcement type (by Million Pounds) in 2010-2011
Figure 4.47: Global CFT industry by application (in $M) in 2006
Figure 4.48: CAGR for global CFT industry by Application (by $ Million) 2006-2011
Figure 4.49: Global CFT industry by application (in M pounds) in 2006
Figure 4.50: CAGR for global CFT industry by application (by M Pounds) 2006-2011
Figure 4.51: Global CFT industry by Application (in $M) in 2010
Figure 4.52: CAGR for global CFT industry by application (by $M) in 2010-2011
Figure 4.53: Global CFT industry by application (in M pounds) in 2010
Figure 4.54: CAGR for global CFT industry by application (by M pounds) in 2010-2011
Chapter 5. CFT Market Forecasts
Figure 5.1: Material breakdown of Boeing
Figure 5.2: Global CFT industry in 2012 and 2017 (in $M)
Figure 5.3: Global CFT industry in 2012 and 2017 (in M Pounds)
Figure 5.4: CAGR for global CFT industry (2012-2017)
Figure 5.5: Global CFT industry in 2011 and 2012 (in $M)
Figure 5.6: Global CFT industry in 2011 and 2012 (in M Pounds)
Figure 5.7: Annual growth in global CFT industry in 2011-2012
Figure 5.8: Global CFT industry by region (in $M) in 2017
Figure 5.9: CAGR for Global CFT industry by region (by $M) 2012-2017
Figure 5.10: Global CFT industry by region (in M pounds) in 2017
Figure 5.11: CAGR for global CFT industry by region (by M Pounds) 2012-2017
Figure 5.12: Global CFT industry by region (in $M) in 2012
Figure 5.13: Annual growth in global CFT industry by region (by $M) in 2011-2012
Figure 5.14: Global CFT industry by region (in M Pounds) in 2012
Figure 5.15: Annual Growth in global CFT industry by region (by M Pounds) in 2011-2012
Figure 5.16: Global CFT industry by material form (in $M) in 2017
Figure 5.17: CAGR for global CFT industry by material form (by $M) 2012-2017
Figure 5.18: Global CFT industry by material form (in M pounds) in 2017
Figure 5.19: CAGR for global CFT industry by material form (by M Pounds) 2012-2017
Figure 5.20: Global CFT industry by material form (in $M) in 2012
Figure 5.21: Annual Growth in global CFT industry by material form (by $M) in 2011-2012
Figure 5.22: Global CFT industry by material forms (in M pounds) in 2012
Figure 5.23: Annual Growth in global CFT industry by material (by M Pounds) in 2011-2012
Figure 5.24: Global CFT industry by use temperature (in $M) in 2017
Figure 5.25: CAGR for global CFT industry by use temperature (by $M) 2012-2017
Figure 5.26: Global CFT industry by use temperature (in M Pounds) in 2017
Figure 5.27: CAGR for global CFT industry by use temperature (by M Pounds) 2012-2017
Figure 5.28: Global CFT industry by use temperature (in $M) in 2012
Figure 5.29: Annual growth in global CFT industry by use temperature (by $M) in 2011-2012
Figure 5.30: Global CFT Industry by Use Temperature (in Million Pounds) in 2012
Figure 5.31: Annual growth in global CFT industry by use temperature (in M pounds) in 2011-2012
Figure 5.32: Global CFT industry by resin type (in $M) in 2017
Figure 5.33: CAGR for global CFT industry by resin type (by $M) 2012-2017
Figure 5.34: Global CFT industry by resin type (in M Pounds) in 2017
Figure 5.35: CAGR for global CFT industry by resin (by M Pounds) 2012-2017
Figure 5.36: Global CFT industry by resin type (in $M) in 2012
Figure 5.37: Annual growth in global CFT industry by resin type (by $M) in 2011-2012
Figure 5.38: Global CFT industry by resin type (in M pounds) in 2012
Figure 5.39: Annual growth in global CFT industry by resin type (by M pounds) in 2011-2012
Figure 5.40: Global CFT industry by reinforcement type (in $M) in 2017
Figure 5.41: CAGR for global CFT industry by reinforcement type (by $M) 2012-2017
Figure 5.42: Global CFT industry by reinforcement type (in M pounds) in 2017
Figure 5.43: CAGR for global CFT industry by reinforcement type (by M pounds) 2012-2017
Figure 5.44: Global CFT industry by reinforcement type (in $ M) in 2012
Figure 5.45: Annual growth in global CFT industry by reinforcement type (by $M) in 2011-2012
Figure 5.46: Global CFT market by reinforcement type (in M Pounds) in 2012
Figure 5.47: Annual growth in global CFT industry by reinforcement type (by M pounds) in 2011-2012
Figure 5.48: Global CFT industry by application (in $ M) in 2017
Figure 5.49: CAGR for global CFT industry by application (by $M) 2012-2017
Figure 5.50: Global CFT industry by application (in M pounds) in 2017
Figure 5.51: CAGR for global CFT industry by application (by M pounds) 2012-2017
Figure 5.52: Global CFT industry by application (in $ Million) in 2012
Figure 5.53: Growth in global CFT industry by application (by $ Million) in 2011-2012
Figure 5.54: Global CFT industry by application (in Million pounds) in 2012
Figure 5.55: Growth in global CFT industry by application (by M pounds) in 2011-2012
Chapter 6. Manufacturing Process Analysis
Figure 6.1: Processing of Twintex thermoplastic composites
Figure 6.2: Continuous lamination technology for producing TEPEX thermoplastic materials
Figure 6.3: Making of CETEX Material
Figure 6.4: Samples of fulcrum thermoplastic composites components
Figure 6.5: Cycle times comparison of thermoset and thermoplastic processing
Figure 6.6: Pressure, temperature, and process cycle comparison for thermoplastic composites and thermoset composites
Figure 6.7: Classification of composites processing techniques
Figure 6.8: Schematic of compression molding process
Figure 6.9: Illustration of thermoforming stamping process
Figure 6.10: Steps in the processing of thermoforming
Figure 6.11: Schematic of vacuum molding process
Figure 6.12: Illustration of panel lamination process
Figure 6.13: Demonstration of rubber forming and matched metal forming process
Figure 6.14: Schematic of roll forming process
Figure 6.15: Sections made by roll forming
Figure 6.16: Illustration of tape winding process
Figure 6.17: Illustration of filament winding process
Figure 6.18: Demonstration of pultrusion process
Figure 6.19: Demonstration of extrusion compression molding process
Figure 6.20: Description of diaphragm forming
Figure 6.21: Illustration of semi-pregging process
Figure 6.22: Schematic of matched mold thermoforming process
Figure 6.23: Schematic of bladder molding process
Figure 6.24: Tape laying machine
Figure 6.25: Schematic of tape laying process
Figure 6.26: Major CFRP and thermoplastic applications in airbus
Chapter 7. Future Prospect and Growth Opportunities for CFT
Figure 7.1: Global CFT industry growth matrix 2006-2011
Figure 7.2: Global CFT industry growth matrix 2012-2017
Figure 7.3: Growth trend of application of thermoplastics in airbus
Figure 7.4: Applications and material breakdown for airbus 350 XWB
Chapter 1. Executive Summary
Figure 1.1: Porter’s Five Forces Analysis of continuous fiber thermoplastic industry
Chapter 2. Industry Overview and Characteristics
Figure 2.1: Short fiber, long fiber, and continuous fiber
Figure 2.2: Classification of thermoplastic composite materials
Figure 2.3: Comparison of tensile modulus for various thermoplastic resins
Figure 2.4: Comparison of tensile strength for various thermoplastic resins
Figure 2.5: Conversion of Twintex® into a thermoplastic composite material
Figure 2.6: Designing with PMC CFRT® composite materials
Figure 2.7: Price comparison of thermoplastic resins
Figure 2.8: Price comparison of CFT
Figure 2.9: Airbus fixed wing leading edge
Figure 2.10: Manufacturing of J-nose
Figure 2.11: Airbus access panels
Figure 2.12: Keel beam of airbus
Figure 2.13: Ribs, stiffeners, and other parts
Figure 2.14: BMW M3 bumper beams
Figure 2.15: Peugeot 806 bumper beam
Figure 2.16: Skid plate used in GM SUV
Figure 2.17: Nissan load floor
Figure 2.18: Truck Ttailer liner
Figure 2.19: Truck box made of monopan
Figure 2.20: BMW back seat frame
Figure 2.21: Military helmet, Cato composites
Figure 2.22: Burton snowboard highback
Figure 2.23: Campagnolo racing bicycle brake lever
Figure 2.24: Look racing bicycle pedal
Figure 2.25: Granite gear backpack frame
Figure 2.26: Puma soccer power insole
Figure 2.27: Snowboard helmet
Figure 2.28: Fabrication of snowboard helmet
Figure 2.29: Kayak paddle
Figure 2.30: Backpack
Figure 2.31: Snowboard
Figure 2.32: Lightweight bicycle frames
Figure 2.33: Prijon surf rodeo helmet
Figure 2.34: Whitewater helmet, prijon
Figure 2.35: Orthopedic braces
Figure 2.36: Otto bock orthopedic soles
Figure 2.37: Water storage tank
Figure 2.38: Thermoplastic composites screw
Figure 2.39: Photograph of a bed spring
Figure 2.40: Attach? case
Figure 2.41: Composites boat
Figure 2.42: Loudspeaker cone, ehmann
Figure 2.43: Housing for electronics
Chapter 3. Global CFT Market Analysis – 2011
Figure 3.1: Global CFT market in terms of M pounds shipment (2006 vs. 2011)
Figure 3.2: Global CFT market in terms of $M shipment (2006 vs. 2011)
Figure 3.3: CFT market share in global composites market 2011 (in B pounds)
Figure 3.4: CFT market share in global composites market 2011 (in $B)
Figure 3.5: Global thermoplastic composites industry (M pounds) in 2011
Figure 3.6: Global thermoplastic composites industry ($M) in 2011
Figure 3.7: Global CFT industry by region (in $M) in 2011
Figure 3.8: Distribution of global CFT industry by region (in $M) in 2011
Figure 3.9: Global CFT industry by region (in M pounds) in 2011
Figure 3.10: Distribution of global CFT industry by region (in M pounds) in 2011
Figure 3.11: Global CFT industry by material form (in $M) in 2011
Figure 3.12: Distribution of global CFT industry by material form (in $M) in 2011
Figure 3.13: Global CFT industry by material form (in M pounds) in 2011
Figure 3.14: Distribution of global CFT industry by material form (in M pounds) in 2011
Figure 3.15: Global CFT industry by use temperature (in $M) in 2011
Figure 3.16: Distribution of global CFT industry by use temperature (in $M) in 2011
Figure 3.17: Global CFT industry by use temperature (in M pounds) in 2011
Figure 3.18: Distribution of global CFT industry by use temperature (in M Pounds) in 2011
Figure 3.19: Resin consumption high-temperature CFT in 2011
Figure 3.20: Distribution of resin consumption in high-temperature CFT in 2011
Figure 3.21: Resin consumption in low temperature CFT in 2011
Figure 3.22: Distribution of resin consumption in low temperature CFT in 2011
Figure 3.23: Global CFT industry by resin type (in $M) in 2011
Figure 3.24: Distribution of global CFT industry by resin type (in $M) in 2011
Figure 3.25: Global CFT industry by resin type (in M pounds) in 2011
Figure 3.26: Distribution of global CFT industry by resin type (in M Pounds) in 2011
Figure 3.27: Global CFT industry by reinforcement type (in $M) in 2011
Figure 3.28: Distribution of global CFT industry by reinforcement type (in $M) in 2011
Figure 3.29: Global CFT industry by reinforcement type (in M pounds) in 2011
Figure 3.30: Distribution of global CFT industry by reinforcement type (in M Pounds) in 2011
Figure 3.31: Global CFT industry by application (in $M) in 2011
Figure 3.32: Distribution of global CFT industry by application (in $M) in 2011
Figure 3.33: Global CFT industry by application (in M pounds) in 2011
Figure 3.34: Distribution of global CFT industry by application (in million pounds) in 2011
Figure 3.35: CFT in global transportation industry (in million pounds) in 2011
Figure 3.36: CFT in global transportation industry (in $M) in 2011
Figure 3.37: CFT in global sporting goods industry (in M pounds) in 2011
Figure 3.38: CFT in global sporting goods industry (in $M) in 2011
Figure 3.39: CFT in industrial applications (in M pounds) in 2011
Figure 3.40: CFT in industrial applications (in $M) in 2011
Figure 3.41: CFT in aerospace industry (in M pounds) in 2011
Figure 3.42: CFT in aerospace industry (in $M) in 2011
Figure 3.43: CFT in ballistic application (in M pounds) in 2011
Figure 3.44: CFT in ballistic application (in $M) in 2011
Figure 3.45: CFT in miscellaneous application (in M pounds) in 2011
Figure 3.46: CFT in miscellaneous application (in $M) in 2011
Chapter 4. CFT Market Trends
Figure 4.1: Global CFT industry in 2006 and 2011 in $M
Figure 4.2: Global CFT industry in 2006 and 2011 in M pounds
Figure 4.3: Compounded annual growth rate for global CFT industry: 2006-2011
Figure 4.4: Global CFT industry in 2010 and 2011 in $M
Figure 4.5: Global CFT industry in 2010 and 2011 in M Pounds
Figure 4.6: Annual growth rate for global CFT industry: 2010-2011
Figure 4.7: Global CFT industry by region (in $M) in 2006
Figure 4.8: CAGR for global CFT industry by region (by $M) 2006-2011
Figure 4.9: Global CFT industry by region (in M pounds) in 2006
Figure 4.10: CAGR for global CFT industry by region (by M Pounds) 2006-2011
Figure 4.11: Global CFT industry by region (in $M) in 2010
Figure 4.12: Annual growth rate in global CFT industry by region (by $M) in 2010-2011
Figure 4.13: Global CFT industry by region (in M pounds) in 2010
Figure 4.14: Annual growth in global CFT industry by region (by M Pounds) in 2010-2011
Figure 4.15: Global CFT industry by material form (in $M) in 2006
Figure 4.16: CAGR for global CFT industry by material form (by $M) 2006-2011
Figure 4.17: Global CFT industry by material form (in M pounds) in 2006
Figure 4.18: CAGR for global CFT industry by material form (by M pounds) 2006-2011
Figure 4.19: Global CFT industry by material form (in $M) in 2010
Figure 4.20: Annual growth in global CFT industry by material form (by $M) in 2010-2011
Figure 4.21: Global CFT industry by material forms (in M Pounds) in 2010
Figure 4.22: Annual growth in global CFT industry by material form (by M pounds) in 2010-2011
Figure 4.23: Global CFT industry by use temperature (in $M) in 2006
Figure 4.24: CAGR for global CFT industry by use temperature (by $M) 2006-2011
Figure 4.25: Global CFT Industry by Use Temperature (in Million Pounds) in 2006
Figure 4.26: CAGR for global CFT industry by use temperature (by M Pounds) 2006-2011
Figure 4.27: Global CFT Industry by use temperature (in $M) in 2010
Figure 4.28: Annual growth in global CFT industry by Use temperature (by $M) in 2010-2011
Figure 4.29: Global CFT industry by use temperature (in M pounds) in 2010
Figure 4.30: Annual growth in global CFT industry by use temperature (by M Pounds) in 2010-2011
Figure 4.31: Global CFT industry 2006 by resin type (in $M) in 2006
Figure 4.32: CAGR for global CFT industry by resin type (by $M) 2006-2011
Figure 4.33: Global CFT industry by resin type (in M Pounds) in 2006
Figure 4.34: CAGR for global CFT industry by resin type (by M Pounds) 2006-2011
Figure 4.35: Global CFT industry by resin type (in $ M) in 2010
Figure 4.36: Annual growth in global CFT industry by resin type (by $ M) in 2010-2011
Figure 4.37: Global CFT industry by resin Type (in M Pounds) in 2010
Figure 4.38: Annual growth in global CFT industry by resin type (by M Pounds) in 2010-2011
Figure 4.39: Global CFT industry by reinforcement type (in $ M) in 2006
Figure 4.40: CAGR for Global CFT industry by reinforcement type (by $ M) 2006-2011
Figure 4.41: Global CFT industry by reinforcement Type (in M Pounds) in 2006
Figure 4.42: CAGR for global CFT industry by reinforcement type (by M Pounds) 2006-2011
Figure 4.43: Global CFT industry by reinforcement type (in $M) in 2010
Figure 4.44: Annual growth in CFT industry by reinforcement type (by $M) in 2010-2011
Figure 4.45: Global CFT industry by reinforcement type (in M pounds) in 2010
Figure 4.46: Annual growth in global CFT industry by reinforcement type (by Million Pounds) in 2010-2011
Figure 4.47: Global CFT industry by application (in $M) in 2006
Figure 4.48: CAGR for global CFT industry by Application (by $ Million) 2006-2011
Figure 4.49: Global CFT industry by application (in M pounds) in 2006
Figure 4.50: CAGR for global CFT industry by application (by M Pounds) 2006-2011
Figure 4.51: Global CFT industry by Application (in $M) in 2010
Figure 4.52: CAGR for global CFT industry by application (by $M) in 2010-2011
Figure 4.53: Global CFT industry by application (in M pounds) in 2010
Figure 4.54: CAGR for global CFT industry by application (by M pounds) in 2010-2011
Chapter 5. CFT Market Forecasts
Figure 5.1: Material breakdown of Boeing
Figure 5.2: Global CFT industry in 2012 and 2017 (in $M)
Figure 5.3: Global CFT industry in 2012 and 2017 (in M Pounds)
Figure 5.4: CAGR for global CFT industry (2012-2017)
Figure 5.5: Global CFT industry in 2011 and 2012 (in $M)
Figure 5.6: Global CFT industry in 2011 and 2012 (in M Pounds)
Figure 5.7: Annual growth in global CFT industry in 2011-2012
Figure 5.8: Global CFT industry by region (in $M) in 2017
Figure 5.9: CAGR for Global CFT industry by region (by $M) 2012-2017
Figure 5.10: Global CFT industry by region (in M pounds) in 2017
Figure 5.11: CAGR for global CFT industry by region (by M Pounds) 2012-2017
Figure 5.12: Global CFT industry by region (in $M) in 2012
Figure 5.13: Annual growth in global CFT industry by region (by $M) in 2011-2012
Figure 5.14: Global CFT industry by region (in M Pounds) in 2012
Figure 5.15: Annual Growth in global CFT industry by region (by M Pounds) in 2011-2012
Figure 5.16: Global CFT industry by material form (in $M) in 2017
Figure 5.17: CAGR for global CFT industry by material form (by $M) 2012-2017
Figure 5.18: Global CFT industry by material form (in M pounds) in 2017
Figure 5.19: CAGR for global CFT industry by material form (by M Pounds) 2012-2017
Figure 5.20: Global CFT industry by material form (in $M) in 2012
Figure 5.21: Annual Growth in global CFT industry by material form (by $M) in 2011-2012
Figure 5.22: Global CFT industry by material forms (in M pounds) in 2012
Figure 5.23: Annual Growth in global CFT industry by material (by M Pounds) in 2011-2012
Figure 5.24: Global CFT industry by use temperature (in $M) in 2017
Figure 5.25: CAGR for global CFT industry by use temperature (by $M) 2012-2017
Figure 5.26: Global CFT industry by use temperature (in M Pounds) in 2017
Figure 5.27: CAGR for global CFT industry by use temperature (by M Pounds) 2012-2017
Figure 5.28: Global CFT industry by use temperature (in $M) in 2012
Figure 5.29: Annual growth in global CFT industry by use temperature (by $M) in 2011-2012
Figure 5.30: Global CFT Industry by Use Temperature (in Million Pounds) in 2012
Figure 5.31: Annual growth in global CFT industry by use temperature (in M pounds) in 2011-2012
Figure 5.32: Global CFT industry by resin type (in $M) in 2017
Figure 5.33: CAGR for global CFT industry by resin type (by $M) 2012-2017
Figure 5.34: Global CFT industry by resin type (in M Pounds) in 2017
Figure 5.35: CAGR for global CFT industry by resin (by M Pounds) 2012-2017
Figure 5.36: Global CFT industry by resin type (in $M) in 2012
Figure 5.37: Annual growth in global CFT industry by resin type (by $M) in 2011-2012
Figure 5.38: Global CFT industry by resin type (in M pounds) in 2012
Figure 5.39: Annual growth in global CFT industry by resin type (by M pounds) in 2011-2012
Figure 5.40: Global CFT industry by reinforcement type (in $M) in 2017
Figure 5.41: CAGR for global CFT industry by reinforcement type (by $M) 2012-2017
Figure 5.42: Global CFT industry by reinforcement type (in M pounds) in 2017
Figure 5.43: CAGR for global CFT industry by reinforcement type (by M pounds) 2012-2017
Figure 5.44: Global CFT industry by reinforcement type (in $ M) in 2012
Figure 5.45: Annual growth in global CFT industry by reinforcement type (by $M) in 2011-2012
Figure 5.46: Global CFT market by reinforcement type (in M Pounds) in 2012
Figure 5.47: Annual growth in global CFT industry by reinforcement type (by M pounds) in 2011-2012
Figure 5.48: Global CFT industry by application (in $ M) in 2017
Figure 5.49: CAGR for global CFT industry by application (by $M) 2012-2017
Figure 5.50: Global CFT industry by application (in M pounds) in 2017
Figure 5.51: CAGR for global CFT industry by application (by M pounds) 2012-2017
Figure 5.52: Global CFT industry by application (in $ Million) in 2012
Figure 5.53: Growth in global CFT industry by application (by $ Million) in 2011-2012
Figure 5.54: Global CFT industry by application (in Million pounds) in 2012
Figure 5.55: Growth in global CFT industry by application (by M pounds) in 2011-2012
Chapter 6. Manufacturing Process Analysis
Figure 6.1: Processing of Twintex thermoplastic composites
Figure 6.2: Continuous lamination technology for producing TEPEX thermoplastic materials
Figure 6.3: Making of CETEX Material
Figure 6.4: Samples of fulcrum thermoplastic composites components
Figure 6.5: Cycle times comparison of thermoset and thermoplastic processing
Figure 6.6: Pressure, temperature, and process cycle comparison for thermoplastic composites and thermoset composites
Figure 6.7: Classification of composites processing techniques
Figure 6.8: Schematic of compression molding process
Figure 6.9: Illustration of thermoforming stamping process
Figure 6.10: Steps in the processing of thermoforming
Figure 6.11: Schematic of vacuum molding process
Figure 6.12: Illustration of panel lamination process
Figure 6.13: Demonstration of rubber forming and matched metal forming process
Figure 6.14: Schematic of roll forming process
Figure 6.15: Sections made by roll forming
Figure 6.16: Illustration of tape winding process
Figure 6.17: Illustration of filament winding process
Figure 6.18: Demonstration of pultrusion process
Figure 6.19: Demonstration of extrusion compression molding process
Figure 6.20: Description of diaphragm forming
Figure 6.21: Illustration of semi-pregging process
Figure 6.22: Schematic of matched mold thermoforming process
Figure 6.23: Schematic of bladder molding process
Figure 6.24: Tape laying machine
Figure 6.25: Schematic of tape laying process
Figure 6.26: Major CFRP and thermoplastic applications in airbus
Chapter 7. Future Prospect and Growth Opportunities for CFT
Figure 7.1: Global CFT industry growth matrix 2006-2011
Figure 7.2: Global CFT industry growth matrix 2012-2017
Figure 7.3: Growth trend of application of thermoplastics in airbus
Figure 7.4: Applications and material breakdown for airbus 350 XWB
LIST OF TABLES
Chapter 1. Executive Summary
Table 1.1: Market parameters for CFT and attributes of usage
Table 1.2: Market parameters for end product usage of composites in CFT market
Chapter 2. Industry Overview and Characteristics
Table 2.1: Performance comparison of key thermoplastic resins
Table 2.2: Property data for key thermoplastic resins
Table 2.3: Property data for key thermoplastic resins (continued)
Table 2.4: Property data for fibers
Table 2.5: Property data for CFT (glass fiber reinforced semi-finished thermoplastic composite materials)
Table 2.6: Property data for CFT (semi-finished unidirectional thermoplastic composites)
Table 2.7: Property data for CFT (carbon fiber reinforced semi-finished thermoplastic composite materials)
Table 2.8: Application, processing methods, and forms of APC
Table 2.9: Features and applications temperature range and toughness of APC
Table 2.10: Properties of TEPEX (Carbon/PA 66) materials
Table 2.11: Twintex PP matrix and glass fiber weight contain
Table 2.12: Price range of different thermoplastic resins
Table 2.13: Price range of CFT available in market and their suppliers
Table 2.14: List of thermoplastic composite applications by material used
Chapter 5. CFT Market Forecasts
Table 5.1: Growth drivers for CFT with short, medium, and long term scenarios
Table 5.2: Growth deflator for CFT with cause, effect, and impact analysis
Chapter 6. Manufacturing Process Analysis
Table 6.1: Production processes used by raw material suppliers
Table 6.2: Manufacturing technology for thermoplastic composites applications
Chapter 7. Future Prospect and Growth Opportunities for CFT
Table 7.1: CFT Market segments and its requirements
Chapter 1. Executive Summary
Table 1.1: Market parameters for CFT and attributes of usage
Table 1.2: Market parameters for end product usage of composites in CFT market
Chapter 2. Industry Overview and Characteristics
Table 2.1: Performance comparison of key thermoplastic resins
Table 2.2: Property data for key thermoplastic resins
Table 2.3: Property data for key thermoplastic resins (continued)
Table 2.4: Property data for fibers
Table 2.5: Property data for CFT (glass fiber reinforced semi-finished thermoplastic composite materials)
Table 2.6: Property data for CFT (semi-finished unidirectional thermoplastic composites)
Table 2.7: Property data for CFT (carbon fiber reinforced semi-finished thermoplastic composite materials)
Table 2.8: Application, processing methods, and forms of APC
Table 2.9: Features and applications temperature range and toughness of APC
Table 2.10: Properties of TEPEX (Carbon/PA 66) materials
Table 2.11: Twintex PP matrix and glass fiber weight contain
Table 2.12: Price range of different thermoplastic resins
Table 2.13: Price range of CFT available in market and their suppliers
Table 2.14: List of thermoplastic composite applications by material used
Chapter 5. CFT Market Forecasts
Table 5.1: Growth drivers for CFT with short, medium, and long term scenarios
Table 5.2: Growth deflator for CFT with cause, effect, and impact analysis
Chapter 6. Manufacturing Process Analysis
Table 6.1: Production processes used by raw material suppliers
Table 6.2: Manufacturing technology for thermoplastic composites applications
Chapter 7. Future Prospect and Growth Opportunities for CFT
Table 7.1: CFT Market segments and its requirements
