The Global Aluminium Market Outlook to 2027

  • ID: 4522763
  • Report
  • Region: Global
  • 130 Pages
  • Commodity Inside
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Automotive Sector Dominates the Aluminium Industry in Developed Markets

'The Global aluminium Market Outlook to 2027' is a valuable resource necessary for examining the global aluminium market. A very sophisticated and robust approach to assess the aluminium market is employed by taking into account various demand and supply dynamics as well as prices and costs structure.

This content rich report covers the following key aspects:

  • How will the aluminium market perform over the next ten years?
  • What will be the major trends and developments in the aluminium market and how they will impact the industry?
  • How will the increasing use of aluminium in various end use sectors benefit the industry?
  • What will be the new revenue streams in the industry?
  • What will be the major drivers behind the increase in aluminium demand globally and what are its impact on the economy?
  • The future of the Chinese aluminium capacity in the context of the global demand and supply balances.
  • New capacity developments and closures
  • Aluminium prices and premium
  • Aluminium costs structure
  • The current and future demand dynamics of aluminium in different regions
  • Detailed discussions on market strategies and competitive landscapes
  • Analysis of the present and future performance of matured and developing markets

Why should you read this report?

  • The aluminium market is analysed by its end use consumption (transport, construction, electrical engineering, machinery and equipment, packaging, foil stock, consumers’ durables and others)
  • The full coverage of aluminium market in terms of volume and value
  • Coverage of the whole world by eight regions and selected major countries
  • Discussions on the major megatrends
  • Detailed analysis of aluminium consumption and its growth in upcoming years
  • Tables, figures and charts
  • This is a content rich report with all supportive data is provided in Excel

Who should buy this report?

  • Aluminium manufacturers
  • Aluminium consumers such as auto producers, packaging companies etc.
  • Aluminium distributors
  • Suppliers of raw materials such as bauxite, alumina and aluminium scrap
  • Suppliers of equipment and machinery
  • Industry consultants, researchers and analysts
  • Government bodies
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Chapter 1: Executive Summary
1.1 Changes in the Global Aluminium Industry
1.2 Key Developments in the Industry
1.3 End-Use Sector Dynamics
1.4 Methodology

Chapter 2: North America
2.1 Market Review
2.2 Market Outlook
2.3 Salient Statistics
2.3.1 Canada
2.3.2 Mexico
2.3.3 USA

Chapter 3: Europe
3.1 Market Review
3.2 Market Outlook
3.3 Salient Statistics
3.3.1 Austria
3.3.2 Belgium
3.3.3 Czech Republic
3.3.4 Denmark
3.3.5 France
3.3.6 Germany
3.3.7 Hungary
3.3.8 Ireland
3.3.9 Italy
3.3.10 Netherlands
3.3.11 Poland
3.3.12 Portugal
3.3.13 Spain
3.3.14 Sweden
3.3.15 Switzerland
3.3.16 Turkey
3.3.17 United Kingdom

Chapter 4: CIS
4.1 Market Review
4.2 Market Outlook
4.3 Salient Statistics
4.3.1 Russia
4.3.2 Ukraine

Chapter 5: Central and South America
5.1 Market Review
5.2 Market Outlook
5.3 Salient Statistics
5.3.1 Argentina
5.3.2 Brazil
5.3.3 Colombia
5.3.4 Venezuela
5.3.5 Uruguay

Chapter 6: North East Asia
6.1 Market Review
6.2 Market Outlook
6.3 Salient Statistics
6.3.1 China
6.3.2 Japan
6.3.3 South Korea
6.3.4 Taiwan

Chapter 7: South East Asia
7.1 Market Review
7.2 Market Outlook
7.3 Salient Statistics
7.3.1 Indonesia
7.3.2 Malaysia
7.3.3 Philippines
7.3.4 Singapore
7.3.5 Thailand
7.3.6 Vietnam

Chapter 8: South Asia
8.1 Market Review
8.2 Market Outlook
8.3 Salient Statistics
8.3.1 Bangladesh
8.3.2 India
8.3.3 Pakistan

Chapter 9: Middle East, Africa and Oceania
9.1 Market Review
9.2 Market Outlook
9.3 Salient Statistics
9.3.1 Algeria
9.3.2 Australia
9.3.3 Bahrain
9.3.4 Iran
9.3.5 Iraq
9.3.6 Egypt
9.3.7 Morocco
9.3.8 New Zealand
9.3.9 Nigeria
9.3.10 South Africa
9.3.11 Saudi Arabia
9.3.12 UAE

Chapter 10: Aluminium Prices and Costs
10.1 Prices and Outlook
10.2 Costs Structure

Chapter 11: End-Use Sectors
11.1 Transport
11.2 Construction
11.3 Electrical Engineering
11.4 Machinery and Equipment
11.5 Packaging
11.6 Foil Stock
11.7 Consumer Durables
11.8 Others

Chapter 12: Competitors Landscape
12.1 Major Aluminium Suppliers and Their Strategic Direction

List of Tables
Table 1.1: Global aluminium consumption by region 2013-2027 (million tonnes, % change)
Table 1.2: Global aluminium consumption by region 2013-2027 ($ billions)
Table 1.3: Global aluminium production by region 2013-2027 (million tonnes)
Table 1.4 Global primary and secondary aluminium supply by region 2013-2027 (million tonnes)
Table 1.5: Global aluminium demand by eight end use sectors 2013-2027 (million tonnes)
Table 1.6: Global aluminium demand by eight end use sectors 2013-2027 ($ billions)
Table 2.1: North American aluminium demand and supply 2013-2027 (million tonnes, % change)
Table 2.2: North American aluminium demand and supply 2013-2027 ($ billion, % change)
Table 2.3: North American aluminium capacity 2016 (‘000 tonnes)
Table 3.1: European aluminium demand 2013-2027 (million tonnes, % change)
Table 3.2: European aluminium demand 2013-2027 ($ billion, % change)
Table 3.3: European aluminium demand by country 2013-2027 (million tonnes)
Table 3.4: European aluminium capacity 2016 (‘000 tonnes)
Table 4.1: CIS aluminium demand 2013-2027 (million tonnes, % change)
Table 4.2: CIS aluminium demand 2013-2027 ($ billion, % change)
Table 4.3: CIS aluminium demand by country 2013-2027 (million tonnes)
Table 4.4: CIS aluminium capacity 2016 (‘000 tonnes)
Table 5.1: Central and South American aluminium demand 2013-2027 (million tonnes, % change)
Table 5.2: Central and South American aluminium demand 2013-2027 ($ billion, % change)
Table 5.3: Central and South American aluminium demand by country 2013-2027 (million tonnes)
Table 5.4: Central and South and South American aluminium capacity 2016 (‘000 tonnes)
Table 6.1: North East Asian aluminium demand 2013-2027 (million tonnes, % change)
Table 6.2: North East Asian aluminium demand 2013-2027 ($ billion, % change)
Table 6.3: North East Asian aluminium demand by country 2013-2027 (million tonnes)
Table 6.4: North East Asian aluminium capacity 2016 (‘000 tonnes)
Table 7.1: South East Asian aluminium demand 2013-2027 (million tonnes, % change)
Table 7.2: South East Asian aluminium demand 2013-2027 ($ billion, % change)
Table 7.3: South East Asian aluminium demand by country 2013-2027 (million tonnes)
Table 7.4: South East Asian aluminium capacity 2016 (‘000 tonnes)
Table 8.1: South Asian aluminium demand 2013-2027 (million tonnes, % change)
Table 8.2: South Asian aluminium demand 2013-2027 ($ billion, % change)
Table 8.3: South Asian aluminium demand by country 2013-2027 (million tonnes)
Table 8.4: South Asian aluminium capacity 2016 (‘000 tonnes)
Table 9.1: Middle Eastern, African and oceanian aluminium demand 2013-2027 (million tonnes, % change)
Table 9.2: Middle Eastern, African and oceanian aluminium demand 2013-2027 ($ billion, % change)
Table 9.3: Middle Eastern, African and oceanian aluminium demand by country 2013-2027 (million tonnes)
Table 9.4: Middle Eastern, African and oceanian aluminium capacity 2016 (‘000 tonnes)
Table 10.1: Aluminium price forecasts 2005-2027 ($/t)
Table 10.2: Aluminium production costs structure by major producing regions ($)
Table 11.1: Global aluminium consumption in the transport sector 2013-2027 (million tonnes)
Table 11.2: Global aluminium consumption in the transport sector 2013-2027 ($ billions)
Table 11.3: Global aluminium consumption in the construction sector 2013-2027 (million tonnes)
Table 11.4: Global aluminium consumption in the construction sector 2013-2027 ($ billions)
Table 11.5: Global aluminium consumption in the electrical engineering sector 2013-2027 (million tonnes)
Table 11.6: Global aluminium consumption in the electrical engineering sector 2013-2027 ($ billions)
Table 11.7: Global aluminium consumption in the machinery and equipment sector 2013-2027 (million tonnes)
Table 11.8: Global aluminium consumption in the machinery and equipment sector 2013-2027 ($ billions)
Table 11.9: Global aluminium consumption in the packaging sector 2013-2027 (million tonnes)
Table 11.10: Global aluminium consumption in the packaging sector 2013-2027 ($ billions)
Table 11.11: Global aluminium consumption in the foil stock sector 2013-2027 (million tonnes)
Table 11.12: Global aluminium consumption in the foil stock sector 2013-2027 ($ billions)
Table 11.13: Global aluminium consumption in the consumer durables stock sector 2013-2027 (million tonnes)
Table 11.14: Global aluminium consumption in the consumer durables sector 2013-2027 ($ billions)
Table 11.15: Global aluminium consumption in the others sector 2013-2027 (million tonnes)
Table 11.16: Global aluminium consumption in the others sector 2013-2027 ($ billions)
Table 12.1: Major aluminium production capacity by plant (‘000 tonnes)
Table 12.2: Major greenfield and brownfield projects and their capacities (‘000 tonnes)

List of Figures
Figure 1.1: Global aluminium consumption by region 2013-2027 (million tonnes)
Figure 1.2: Global aluminium consumption by region 2013-2027 ($ billions)
Figure 1.3: Global aluminium production by region 2013-2027 (million tonnes)
Figure 1.4: Global aluminium consumption vs GDP per capita 2017
Figure 1.5: Per capita aluminium consumption by region 2013-2027 (kg)
Figure 1.6: Global aluminium demand by eight end use sectors 2013-2027 (million tonnes)
Figure 1.7: Global aluminium demand by eight end use sectors 2013-2027 ($ billions)
Figure 2.1: North American aluminium demand 2013-2027 (million tonnes)
Figure 2.2: North American aluminium demand 2013-2027 ($ billions)
Figure 3.1: European aluminium demand 2013-2027 (million tonnes)
Figure 3.2: European aluminium demand 2013-2027 ($ billions)
Figure 4.1: CIS aluminium demand 2013-2027 (million tonnes)
Figure 4.2: CIS aluminium demand 2013-2027 ($ billions)
Figure 5.1: Central and South American aluminium demand 2013-2027 (million tonnes)
Figure 5.2: Central and South American aluminium demand 2013-2027 ($ billions)
Figure 6.1: North East Asian aluminium demand 2013-2027 (million tonnes)
Figure 6.2: North East Asian aluminium demand 2013-2027 ($ billions)
Figure 7.1: South East Asian aluminium demand 2013-2027 (million tonnes)
Figure 7.2: South East Asian aluminium demand 2013-2027 ($ billions)
Figure 8.1: South Asian aluminium demand 2013-2027 (million tonnes)
Figure 8.2: South Asian aluminium demand 2013-2027 ($ billions)
Figure 9.1: Middle Eastern, African and Oceanian aluminium demand 2013-2027 (million tonnes)
Figure 9.2: Middle Eastern, African and Oceanian aluminium demand 2013-2027 ($ billions)
Figure 11.1: Global aluminium consumption in the transport sector 2013-2027 (million tonnes)
Figure 11.2: Global aluminium consumption in the transport sector 2013-2027 ($ billions)
Figure 11.3: Global aluminium consumption in the construction sector 2013-2027 (million tonnes)
Figure 11.4: Global aluminium consumption in the construction sector 2013-2027 ($ billions)
Figure 11.5: Global aluminium consumption in the electrical engineering sector 2013-2027 (million tonnes)
Figure 11.6: Global aluminium consumption in the electrical engineering sector 2013-2027 ($ billions)
Figure 11.7: Global aluminium consumption in the machinery and equipment sector 2013-2027 (million tonnes)
Figure 11.8: Global aluminium consumption in the machinery and equipment sector 2013-2027 ($ billions)
Figure 11.9: Global aluminium consumption in the packaging sector 2013-2027 (million tonnes)
Figure 11.10: Global aluminium consumption in the packaging sector 2013-2027 ($ billions)
Figure 11.11: Global aluminium consumption in the foil stock sector 2013-2027 (million tonnes)
Figure 11.12: Global aluminium consumption in the foil stock sector 2013-2027 ($ billions)
Figure 11.13: Global aluminium consumption in the consumer durables stock sector 2013-2027 (million tonnes)
Figure 11.14: Global aluminium consumption in the consumer durables sector 2013-2027 ($ billions)
Figure 11.15: Global aluminium consumption in the others sector 2013-2027 (million tonnes)
Figure 11.16: Global aluminium consumption in the others sector 2013-2027 ($ billions)
Figure 12.1: Aluminium price forecasts 2005-2027 ($/t)
Figure 12.2: Aluminium production costs structure by major producing regions ($)
Figure 12.3: Aluminium production costs by major costs components 2016 (% share)

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China which is the key player in the aluminium market has been slashing its aluminium capacity to help stabilise the market as well as reduce pollution. It is estimated that China will cut around 3-4 million tonnes of aluminium capacity this year. This may result in tighter market balance for some time and increase prices. The current price surge is more driven by non-market forces, though a downward price correction is expected due to weak demand and overproduction. We expect that China’s capacity closures will help in better market fundamentals in the short term. However, once the environmental compliance procedure completed, the new and cost efficient supply growth will substantially increase, which may impact the global aluminium market.

The current US administration understands the Chinese origin materials as a significant threat to its industry and is planning to limit it through tariff and other trade barriers arguing to protect its domestic industry and create jobs. However, it is expected that this will likely to impact the automotive sector in the US and will result in higher production costs. Aluminium is not the exception, and other materials such as steel have also been the target of rising trade barriers. If these proposals materialised then, it would result in a global trade war.

The global aluminium demand is still weak but will show some strength over the next ten years. The automotive sector has remained the key driver behind the growth. Most OEMs and auto body producers are located in developed markets so consequently the automotive sector dominates aluminium market in these markets. The usage of aluminium in the automotive sector is growing as aluminium is lighter than steel which makes it more ideal for vehicles. Light vehicles improve fuel efficiency, reduce carbon dioxide emission and are environment-friendly. The current wave of substituting steel with aluminium is mainly supported by the EU emissions scheme and the Corporate Average Fuel Economy (CAFE) regulation in the US.

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