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Detailinformationen |
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| Chemische Zusammensetzung: | Magnesium | Material: | Magnesiumlegierung |
|---|---|---|---|
| Form: | Rund, Stab, Stab | Dichte: | 1,8 g/cm3 |
| Billet-Durchmesser: | 90 mm bis 600 mm | Billetlänge: | 4500 mm |
| Plattenstärke: | 340 mm | Plattenbreite: | 960 mm |
| Plattenlänge: | 2000 mm | Arten von Legierungen: | AZ31B, AZ61A, AZ80A, ZK61M |
| Inspektionsstandard: | AMS-STD-2154 Klasse A | Oberflächenbehandlung: | Temporärer Korrosionsschutz |
| Maximale Dicke: | 340 mm | Maximale Breite: | 960 mm |
| Maximale Länge: | 2000 mm | ||
| Hervorheben: | ISO9001:2008 Certified Magnesium Billet,Direct Chill Cast Magnesium Rod,Custom Size Magnesium Alloy Billet |
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Produkt-Beschreibung
Direct chill cast billet serves as the primary material for manufacturing various magnesium products including sheet, plate, forgings, and extrusions. These billets are also suitable for machining prototypes, eliminating the need for expensive tooling, and can be used for production when finished item dimensions exceed standard casting or extrusion capabilities.
- Diameter range: 90mm to 600mm
- Maximum length: 4500mm
- Available alloys: AZ31B, AZ61A, AZ80A, ZK61M
- Inspection standard: AMS-STD-2154 Class A
- Optional temporary corrosion preventative surface treatments
Our direct chill continuous cast machining slabs enable production of parts larger than conventional methods allow. These rectangular slabs feature two opposing machined faces and edges (when required), cut to ordered specifications.
| Dimension | Maximum Size |
|---|---|
| Thickness (after machining) | 340mm |
| Width (after machining) | 960mm |
| Length (after sawing) | 2000mm |
Special alloy and size combinations available upon request.
Magnesium alloys (density: 1.74 g/cm³) offer significant weight reduction benefits for aerospace applications. Every 1 pound of weight reduction translates to substantial cost savings:
- Commercial aircraft: $300 savings
- Fighter jets: $3,000 savings
- Spacecraft: $30,000 savings
Beyond cost reduction, weight savings improve flight performance by reducing inertia while maintaining superior strength and stiffness compared to engineering plastics.