A Strategic Outlook for the Global Electrical Steel Market to 2028

  • ID: 4522391
  • Report
  • Region: Global
  • 130 Pages
  • Commodity Inside
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Demand for Grain-Oriented Electrical Steel (GOES) is Going to See Significant Growth in its Existing Stronghold-Power Market

'A Strategic Outlook for the Global Electrical Steel Market to 2028' is a valuable resource necessary for examining the global electrical steel market. A very sophisticated and robust approach to assessing the electrical steel market is employed by taking into account various demand and supply dynamics.

This content-rich report covers the following key aspects:

  • How demand and supply of grain and non-grain oriented electrical steel would perform over the next ten years?
  • Do we have enough production capacity of grain and non-grain oriented electrical steel currently?
  • Electrical steel historical and forecasts prices
  • How will the power market provide potential growth opportunities for grain-oriented electrical steel?
  • How will the electric vehicle industry significantly increase demand for both grain and non-grain oriented electrical steel?
  • What will be the major trends and developments in the electrical steel market and how they will impact the industry?
  • How will the electrical steel market perform over the next ten years?
  • What will be the main threats and opportunities in the industry?
  • What will be the major drivers behind the increase in electrical steel demand globally and how various end-use sectors will impact the market?
  • The current and future demand dynamics of electrical steel in different regions
  • Electrical steel import and exports
  • Detailed discussions on market strategies and competitive landscapes

Why should you read this report?

  • Demand, production, capacity and trade of grain and non-grain oriented electrical steel by leading markets
  • Historical and forecast of grain and non-grain oriented electrical steel prices
  • Electrical steel demand by major end-use sectors such as transformers, transport, wind energy, white goods, industrial motors and others
  • Emerging trends such as electric vehicle, smart grids and renewable energy
  • Grain and non-grain oriented electrical steel production capacity by producer
  • Detailed tables, figures and charts
  • This is a content-rich report with all supportive data is provided in Excel

Who should buy this report?

  • Electrical steel producers
  • Flat steel producers
  • Transformers producers
  • Transport industry
  • Electric vehicle producers
  • Motors producers
  • Government bodies
  • Suppliers of equipment and machinery
  • Industry consultants, researchers and analysts
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Chapter 1: Executive Summary
Chapter 2: Introduction and Methodology
Chapter 3: Asia
Chapter 4: Europe
Chapter 5: Central and South America
Chapter 6: North America
Chapter 7: Middle East, Africa and Oceania
Chapter 8: End-Use Sectors
Chapter 9: Competitive Landscape

Appendix A: Import and exports statistics of electrical steel by major countries 2013-2017 (volume and value)
Appendix B: Macroeconomic and demographic indicators for selected countries 2013-2028

List of Tables
Table 1.1: Global grain and non-grain oriented electrical steel consumption by region 2013- 2027 (million tonnes)
Table 1.2: Global grain and non-grain oriented electrical steel consumption by region 2013- 2027 ($ billions)
Table 1.3: Global grain and non-grain oriented electrical steel production by region 2013- 2027 (million tonnes)
Table 1.4: Global electrical steel demand, production and capacity 2013- 2027 (million tonnes)
Table 1.5: Global electrical steel production capacity by country 2017 (‘000 tonnes)
Table 1.6: Global grain and non-grain oriented electrical steel price forecasts 2013- 2027 ($/t, % change)
Table 3.1: Asian grain-oriented electrical steel demand and supply 2013-2027 (million tonnes, % change)
Table 3.2: Asian non-grain oriented electrical steel demand and supply 2013-2027 (million tonnes, % change)
Table 3.3: Net exports of grain and non-grain oriented electrical steel in Asia 2013-2027 (million tonnes, % change)
Table 3.4: Grain and non-grain oriented electrical steel production capacity in Asia by plant 2017(‘000 tonnes)
Table 4.1: European grain-oriented electrical steel demand and supply 2013-2027 (million tonnes, % change)
Table 4.2: European non-grain oriented electrical steel demand and supply 2013-2027 (million tonnes, % change)
Table 4.3: Net exports of grain and non-grain oriented electrical steel in Europe 2013-2027 (million tonnes, % change)
Table 4.4: Grain and non-grain oriented electrical steel production capacity in Europe by plant 2017(‘000 tonnes)
Table 5.1: Central and South American grain-oriented electrical steel demand and supply 2013-2027 (million tonnes, % change)
Table 5.2: Central and South American non-grain oriented electrical steel demand and supply 2013-2027 (million tonnes, % change)
Table 5.3: Net exports of grain and non-grain oriented electrical steel in Central and South America 2013-2027 (million tonnes, % change)
Table 5.4: Grain and non-grain oriented electrical steel production capacity in Central and South America by plant 2017(‘000 tonnes)
Table 6.1: North American grain-oriented electrical steel demand and supply 2013-2027 (million tonnes, % change)
Table 6.2: North American non-grain oriented electrical steel demand and supply 2013-2027 (million tonnes, % change)
Table 6.3: Net exports of grain and non-grain oriented electrical steel in North America 2013-2027 (million tonnes, % change)
Table 6.4: Grain and non-grain oriented electrical steel production capacity in North America by plant 2017(‘000 tonnes)
Table 7.1: Middle Eastern, African and Oceanian grain-oriented electrical steel demand and supply 2013-2027 (million tonnes, % change)
Table 7.2: Middle Eastern, African and Oceanian non-grain oriented electrical steel demand and supply 2013-2027 (million tonnes, % change)
Table 7.3: Net exports of grain and non-grain oriented electrical steel in the Middle East, Africa and Oceania 2013-2027 (million tonnes, % change)
Table 7.4: Grain and non-grain oriented electrical steel production capacity in the Middle East, Africa and Oceania by plant 2017(‘000 tonnes)
Table 8.1: Electrical steel demand by transformers sector (‘000 tonnes, % change)
Table 8.2: Electrical steel demand by transport sector (‘000 tonnes, % change)
Table 8.3: Electrical steel demand by wind energy sector (‘000 tonnes, % change)
Table 8.4: Electrical steel demand by white goods sector (‘000 tonnes, % change)
Table 8.5: Electrical steel demand by industrial motors sector (‘000 tonnes, % change)
Table 8.6: Electrical steel demand by others sector (‘000 tonnes, % change)
Table A.1: Exports of Grain and non-grain oriented electrical steel by country 2013-2017 (tonnes)
Table A.2: Imports of Grain and non-grain oriented electrical steel by country 2013-2017 (tonnes)
Table A.3: Exports of Grain and non-grain oriented electrical steel by country 2013-2017 ($)
Table A.4: Imports of Grain and non-grain oriented electrical steel by country 2013-2017 ($)
Table B.1: Macroeconomic forecasts by selected countries 2013-2028

List of Figures
Figure 1.1: Global grain and non-grain oriented electrical steel consumption by region 2013- 2027 (million tonnes)
Figure 1.2: Global grain and non-grain oriented electrical steel consumption by region 2013- 2027 ($ billions)
Figure 1.3: Global grain and non-grain oriented electrical steel production by region 2013- 2027 (million tonnes)
Figure 1.4: Global electrical steel demand, production and capacity 2013- 2027 (million tonnes)
Figure 1.5: Global grain and non-grain oriented electrical steel price forecasts 2013- 2027 ($/t, % change)
Figure 3.1: Asian grain and non-grain oriented electrical steel demand and supply 2013-2027 (million tonnes)
Figure 4.1: European grain and non-grain oriented electrical steel demand and supply 2013-2027 (million tonnes)
Figure 5.1: Central and South American grain and non-grain oriented electrical steel demand and supply 2013-2027 (million tonnes)
Figure 6.1: North American grain and non-grain oriented electrical steel demand and supply 2013-2027 (million tonnes)
Figure 7.1: Middle Eastern, African and Oceanian grain and non-grain oriented electrical steel demand and supply 2013-2027 (million tonnes
Figure 8.1: Electrical steel demand by transformers sector (‘000 tonnes)
Figure 8.2: Electrical steel demand by transport sector (‘000 tonnes)
Figure 8.3: Electrical steel demand by wind energy sector (‘000 tonnes)
Figure 8.4: Electrical steel demand by white goods sector (‘000 tonnes)
Figure 8.5: Electrical steel demand by industrial motors sector (‘000 tonnes)
Figure 8.6: Electrical steel demand by others sector (‘000 tonnes)

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Grain-oriented electrical steel (GOES) is one of the highly sophisticated steel products, and very handful producers are capable of manufacturing it. Almost all of the trade has been conducted between producers and end users while traders are almost nonexistent in the market. There is an excess supply of grain-oriented electrical steel and currently the overall market is in surplus. Traditionally, demand for grain-oriented steel has mainly driven by transformers, which is closely tracking power infrastructure whilst exhibiting a moderate growth. This is going to change substantially in the long term. Demand for grain-oriented electrical steel is going to see significant growth in its existing stronghold-power market - whereas renewable such as wind and solar power would support demand for new transformers. New emerging growth pockets would be charging infrastructure for electric vehicles, growth in smart power infrastructure etc.

Non-grain oriented electrical steel is comparatively less sophisticated but has a wide range of applications ranging from electric motors to less efficient transformers. Demand is also expected to increase significantly due to growth in existing end-use sectors such as power generators and white goods. The automotive industry is one of the key areas where it uses electrical steel in motors. It is expected that with the increase in sales of electric vehicles the use of NGOES would increase further, particularly in the electric motor engine.

It is understood that the expected significant higher demand for both GOES and NGOES would not cause any supply shortage over the next few years. There have already been few announcements across the world about capacity additions in the US, China and India. However, there would be more need for capacity additions for electrical steel beyond 2025.

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