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1. | EXECUTIVE SUMMARY |
1.1. | Lightweight metal introduction |
1.2. | Timeline for lightweight metals |
1.3. | Global aluminium forecast |
1.4. | Emerging aluminium alloys |
1.5. | Introduction to magnesium |
1.6. | Main players in supply chain |
1.7. | Market forecasts by process |
1.8. | Comparison of MMC additives by type |
1.9. | Overview of key MMC innovations |
1.10. | Aluminium MMC forecast by additive type and form |
1.11. | Metal foam formation - comparison and main players |
1.12. | Aluminium metal foam forecast |
2. | ALUMINIUM |
2.1. | Aluminium introduction and properties |
2.2. | Aluminium-lithium alloys |
2.3. | Market forecast for Li-Al alloys |
2.4. | Aluminium-beryllium alloys |
2.5. | Market forecast for Be-Al alloys |
2.6. | Aluminium-scandium alloys |
2.7. | Scandium oxide forecast |
2.8. | Scalmalloy |
2.9. | Aluminium-steel alloy |
2.10. | Alloy with Si age hardening |
2.11. | Aluminium extrusions |
2.12. | Hot Form Quench (HFQ) methodology |
2.13. | Die Casting |
2.14. | High shear melt conditioning |
2.15. | Global aluminium forecast |
2.16. | Aluminium forecast for the automotive sector |
2.17. | Automotive - main Al players |
2.18. | Aluminium for EVs |
3. | MAGNESIUM |
3.1. | Magnesium introduction |
3.2. | Advantages and disadvantages |
3.3. | Magnesium - properties |
3.4. | Main players in supply chain |
3.5. | Magnesium production expansions |
3.6. | Advancements in metal production |
3.7. | Carbothermal reduction for magnesium production |
3.8. | Introduction to part fabrication |
3.9. | Extrusion and casting |
3.10. | Die casting |
3.11. | Super vacuum die casting |
3.12. | Squeeze casting |
3.13. | T-Mag |
3.14. | Twin roll casting |
3.15. | Sheet rolling advancements |
3.16. | Rotational extrusion die |
3.17. | Casting alloys |
3.18. | Extrusion alloys |
3.19. | Magnesium-lithium alloys |
3.20. | High temperature magnesium alloys |
3.21. | Magnesium-rare earth (AE) alloys |
3.22. | New alloys |
3.23. | Magnesium recycling |
3.24. | Multi-material joining |
3.25. | Environmental impact and perception |
3.26. | Automotive applications |
3.27. | Magnesium automotive headlines |
3.28. | Aerospace applications |
3.29. | Aerospace interiors |
3.30. | Consumer electronics applications |
3.31. | Market forecasts by process |
3.32. | Market forecast by applications |
4. | AL AND TI METAL MATRIX COMPOSITES (MMC) |
4.1. | Introduction to MMCs |
4.2. | Comparison of additives by type |
4.3. | Additive material tree |
4.4. | Overview of key innovations |
4.5. | Manufacturing processes |
4.6. | Metal particles as additives |
4.7. | Continuous ceramic fibre tows |
4.8. | Continuous ceramic fibres - applications |
4.9. | Chopped ceramic fibres - applications |
4.10. | Ceramic fibre monofilaments |
4.11. | Ceramic fibre monofilaments - applications |
4.12. | Ceramic particles - introduction |
4.13. | Ceramic particles - SiC |
4.14. | Ceramic particles - alumina |
4.15. | Ceramic particles - other |
4.16. | Ceramic particles - powder metallurgy |
4.17. | Ceramic particles - stabilised foam |
4.18. | Ceramic particles - hollow microspheres |
4.19. | Ceramic nanomaterials |
4.20. | Ceramic particle applications - automotive |
4.21. | Ceramic particle applications - aerospace and defence |
4.22. | Ceramic particle applications - electronic |
4.23. | Carbon fibre and graphite additives |
4.24. | Emerging research on CNT-MMC |
4.25. | Emerging research on BNNTs |
4.26. | Graphene reinforced aluminium |
4.27. | MMC public company analysis |
4.28. | Cost analysis and 10-year forecast |
4.29. | Timeline for aluminium MMCs |
4.30. | Application overview |
4.31. | Aluminium MMC forecast by additive type and form |
4.32. | Aluminium MMC forecast by application |
5. | POROUS METAL MATERIALS |
5.1. | Metal foams |
5.1.1. | Metal foam and sponge - introduction |
5.1.2. | Aluminium foam panel - properties |
5.1.3. | Aluminium foam and fiber reinforced plastics |
5.1.4. | Metal foam formation - overview |
5.1.5. | Comparison and main players |
5.1.6. | Formation - melt with blowing agent (Alporas) |
5.1.7. | Formation - melt with gas injection |
5.1.8. | Formation - powder with blowing agent |
5.1.9. | Formation - polymer framework |
5.1.10. | Formation - placeholders |
5.1.11. | Applications - overview of open vs closed cell metal foams |
5.1.12. | Applications - architecture |
5.1.13. | Applications - rolling stock |
5.1.14. | Applications - shipbuilding |
5.1.15. | Applications - aerospace |
5.1.16. | Applications - automotive |
5.1.17. | Applications - defence |
5.1.18. | Applications - other functional roles |
5.1.19. | Cost comparison and progression |
5.1.20. | Aluminium metal foam forecast |
5.1.21. | Closed aluminium metal foam application forecast |
5.2. | Metal lattices and honeycombs |
5.2.1. | Metal honeycombs - introduction |
5.2.2. | Aluminium honeycombs - players |
5.2.3. | Latticed sandwich structure |
5.2.4. | Aluminium truss and tubular cores |
5.2.5. | Metal microlattice |
5.2.6. | Printing metal foams |
6. | COMPANY PROFILES |
6.1. | Aluinvent |
6.2. | BCAST |
6.3. | Composite Metal technology |
6.4. | CPS Technologies |
6.5. | Foamtech Global |
6.6. | FRA Composites |
6.7. | Gamma Alloys |
6.8. | GKN Powder Metallurgy |
6.9. | Havel Metal Foam |
6.10. | Materion AMC |
6.11. | Meridian Lightweight Tech |
6.12. | Pohltec Metal Foam |
6.13. | Rio Tinto Speciality products |
6.14. | TISICS |
幻灯片 | 207 |
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预测 | 2028 |