A Strategic Outlook for the Global Composite Materials Market to 2028

  • ID: 4522294
  • Report
  • Region: Global
  • 115 Pages
  • Commodity Inside
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CFRP, GFRP and Natural Composites Dominate the Market with 97% Market Share

This report is a valuable resource necessary for exploring the current trends and developments in the global composites market. A very sophisticated and robust approach to assessing the composites market has been employed, by taking into account various demand and supply dynamics.

This content-rich report covers the following key aspects:

  • How is the global composites market expected to perform over the next ten years?
  • What will be the current and future demand dynamics of the composites market in different regions?
  • How is the competitive landscape in the composites market looks like?
  • What are the current major trends and developments in the composites market and how they will impact the industry?
  • How the different types of composites performing in the market?
  • What will be the main threats and opportunities in the industry?
  • What will be the major drivers and restraints in the composites market?

Why should you read this report?

  • Market size of composites by leading markets
  • Market assessment in volume and value terms
  • Market assessment by types of composites such as Glass Fibre Reinforced Plastic (GFRP), Carbon Fibre Reinforced Plastic (CFRP), Natural Fibres, Others
  • Market analysis of composites by end users - aerospace, automotive, construction, shipbuilding, tanks and vessels, wind energy and others
  • Detailed discussions on megatrends
  • Tables, figures and charts
  • This is a content-rich report with all supportive data provided in Excel

Who should buy this report?

  • Composites manufacturers
  • Prepregs producers
  • Carbon fibre producers
  • Glass fibre producers
  • Resin producers
  • Consumers of all types of composites
  • Government bodies
  • Industry consultants, researchers and analysts
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Chapter 1 Executive Summary
Chapter 2 Introduction and Methodology
Chapter 3 Composites Market Analysis by Region
Chapter 4 Competitor Landscape of the Composites Industry
Chapter 5 End-Use Sector Analysis of the Composites Industry

List of Tables
Table 1.1: Global composites market by region 2014-2028 (million tonnes)
Table 1.2: Global composites by region 2014-2028 ($ billions)
Table 1.3: Global composites market by four major types 2014-2028 (million tonnes)
Table 1.4: Global composites market by four major types 2014-2028 ($ billions)
Table 1.5: Global composites market by seven major end-use sectors 2014-2028 (million tonnes)
Table 1.6: Global composites market by seven major end-use sectors 2014-2028 ($ billions)
Table 1.7: Average price forecasts of GFRP, CFRP, natural fibres and others types of composites 2014-2028 ($/t)
Table 3.1: Asian composites market 2014-2028 (million tonnes, % change)
Table 3.2: Asian composites market 2014-2028 ($ billions, % change)
Table 3.3: European composites market 2014-2028 (million tonnes, % change)
Table 3.4: European composites market 2014-2028 ($ billions, % change)
Table 3.5: Americas composites market 2014-2028 (million tonnes, % change)
Table 3.6: Americas composites market 2014-2028 ($ billions, % change)
Table 3.7: Middle Eastern, African and Oceanian composites market 2014-2028 (million tonnes, % change)
Table 3.8: Middle Eastern, African and Oceanian composites market 2014-2028 ($ billions, % change)
Table 4.1: Global composites consumption in the aerospace industry 2014-2028 (million tonnes)
Table 4.2: Global composites consumption in the aerospace industry 2014-2028 ($ billions)
Table 4.3: Global composites consumption in the automotive industry 2014-2028 (million tonnes)
Table 4.4: Global composites consumption in the automotive industry 2014-2028 ($ billions)
Table 4.5: Global composites consumption in the construction industry 2014-2028 (million tonnes)
Table 4.6: Global composites consumption in the construction industry 2014-2028 ($ billions)
Table 4.7: Global composites consumption in the shipbuilding industry 2014-2028 (million tonnes)
Table 4.8: Global composites consumption in the shipbuilding industry 2014-2028 ($ billions)
Table 4.9: Global composites consumption in the tanks and vessels industry 2014-2028 (million tonnes)
Table 4.10: Global composites consumption in the tanks and vessels industry 2014-2028 ($ billions)
Table 4.11: Global composites consumption in the wind energy industry 2014-2028 (million tonnes)
Table 4.12: Global composites consumption in the wind energy industry 2014-2028 ($ billions)
Table 4.13: Global composites consumption in the Others industry 2014-2028 (million tonnes)
Table 4.14: Global composites consumption in the Others industry 2014-2028 ($ billions)

List of Charts & Graphs
Figure 1.1: Global composites market by region 2014-2028 (million tonnes)
Figure 1.2: Global composites by region 2014-2028 ($ billions)
Figure 1.3: Global composites market by four major types 2014-2028 (million tonnes)
Figure 1.4: Global composites market by four major types 2014-2028 ($ billions)
Figure 1.5: Global composites market by seven major end-use sectors 2014-2028 (million tonnes)
Figure 1.6: Global composites market by seven major end-use sectors 2014-2028 ($ billions)
Figure 1.7: Average price forecasts of GFRP, CFRP, natural fibres and others types of composites 2014-2028 ($/t)
Figure 3.1: Asian composites market 2014-2028 (million tonnes, % change)
Figure 3.2: Asian composites market 2014-2028 ($ billions, % change)
Figure 3.3: European composites market 2014-2028 (million tonnes, % change)
Figure 3.4: European composites market 2014-2028 ($ billions, % change)
Figure 3.5: Americas composites market 2014-2028 (million tonnes, % change)
Figure 3.6: Americas composites market 2014-2028 ($ billions, % change)
Figure 3.7: Middle Eastern, African and Oceanian composites market 2014-2028 (million tonnes, % change)
Figure 3.8: Middle Eastern, African and Oceanian composites market 2014-2028 ($ billions, % change)
Figure 4.1: Global composites consumption in the aerospace industry 2014-2028 (million tonnes)
Figure 4.2: Global composites consumption in the aerospace industry 2014-2028 ($ billions)
Figure 4.3: Global composites consumption in the automotive industry 2014-2028 (million tonnes)
Figure 4.4: Global composites consumption in the automotive industry 2014-2028 ($ billions)
Figure 4.5: Global composites consumption in the construction industry 2014-2028 (million tonnes)
Figure 4.6: Global composites consumption in the construction industry 2014-2028 ($ billions)
Figure 4.7: Global composites consumption in the shipbuilding industry 2014-2028 (million tonnes)
Figure 4.8: Global composites consumption in the shipbuilding industry 2014-2028 ($ billions)
Figure 4.9: Global composites consumption in the tanks and vessels industry 2014-2028 (million tonnes)
Figure 4.10: Global composites consumption in the tanks and vessels industry 2014-2028 ($ billions)
Figure 4.11: Global composites consumption in the wind energy industry 2014-2028 (million tonnes)
Figure 4.12: Global composites consumption in the wind energy industry 2014-2028 ($ billions)
Figure 4.13: Global composites consumption in the Others industry 2014-2028 (million tonnes)
Figure 4.14: Global composites consumption in the Others industry 2014-2028 ($ billions)

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Composite materials have been substituting conventional materials across various applications for decades, though with slow penetration rates. The growth rate in the composites materials industry has started getting traction. However, in volume terms, composites are still far behind due to lack of technical advancements in the raw materials manufacturing process, costs of raw materials, composite material fabrications and its compatibility in various end-use sectors.

The composites industry is diversified and is varied from application to application. Composites materials consist of two different parts which are reinforcements and matrices. In commercial composite materials, carbon fibre and glass fibre are the two major reinforcements with high penetration rates. While, in term of matrices, thermoset polymer matrices are getting popular nowadays. On the back of high global importance towards recycling, thermoplastic polymer matrices are also making inroads into the market.

Another major segment in the composite materials market is wood plastic composites or natural fibre composites. These are not advanced composites, though widely used in the market due to their lower costs and ease of use in replacement of natural wood. Carbon Fibre Reinforced Plastic (CFRP), Glass Fibre Reinforced Plastic (GFRP) and natural composites dominate the market and currently accounting for around 97% market share in the total composites volumes.

Aramid fibre composite also has a considerable share in value terms, but their applications are limited to the defence sector, so it has less importance in the commercial market. Other composite materials like Metal Matrix Composites (MMCs), Ceramic Matrix Composites (CMCs), bio-composites etc have a nominal share in the overall composites market.

There is an excess supply of composite raw materials like glass fibre, carbon fibres and resins. Currently, composites demand is driven by a wide array of factors and linked to specific end users. For instance, carbon fibre composite demand is predominantly driven by aerospace and automotive sectors. Similarly, glass fibre composites demand currently depends on end-use sectors such as wind energy, construction and tanks and vessel. Wood plastic composite demand is driven mainly by construction and furniture industries.

It is expected that, carbon fibre composites will further penetrate in aerospace and automotive industries over the next ten years. High costs, which is one of the key factors restraining demand, is expected to decline substantially as a result of improved production processes. In aerospace and automotive composites, fabrication accounts for almost 70-80% of production cost which is restraining demand in these sectors. This cost will be decreased through autoclave OOA technology and other technical advancements which will accelerate carbon fibre composites uptake. Marine and pressure vessels are set to be adopting carbon fibre composite with high rates and could provide renewed growth for carbon fibre composites demand in the coming decade.

In the glass fibre composites segment, demand will be driven by wind energy on the back of growing clean energy trend. Demand has been increasing for composites in the construction sector after the 2009 update to the International Code Council's (ICC) International Building Code (IBC) permitting its use. Marine industry especially the cruise building in Europe is expected to adopt high demand for glass fibre composite which would also increase the demand going forward. It is believed that glass fibres composites costs would closely track glass and oil prices.

Asia is showing the highest growth rate in the composite materials market. The growth rate of the carbon fibre composite supply and demand is increasing considerably in South Korea. China and India are showing rising demand for glass fibre composites. The Middle East particularly the UAE is a new emerging market for the glass fibre as well as carbon fibre composites.

Carbon fibre composite demand is on the high trajectory in Americas due to its aerospace and automotive industry. In Europe, demand is almost stable, but in major markets such as Germany, glass fibre composites demand is raising on the back of its applications in the construction industry.

It is understood that the expected significant higher demand for composites materials would not cause any supply shortage in the raw materials in the coming few years. There have already been some announcements about carbon and glass fibre capacity additions in the US, China and India.

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