2030 aluminum is a high-strength copper-based alloy engineered for high-speed automatic machining. Its short chip formation and superior surface finish make it a preferred alternative to 2011 when higher mechanical strength is required. Linsy supplies 2030 alloy in bar, tube, sheet, and plate — all backed by mill test certificates.
Verfügbare Formulare: bar / tube / sheet / plate / profile
Häufige Temperamente: T3 / T4
Unterstützung bei der Bearbeitung: CNC machining / turning / milling / drilling / anodizing
Qualitätsdokumente: MTC-Bericht bei jeder Bestellung
2030 aluminum is a free-machining alloy in the 2xxx series, containing approximately 3.3–4.5% copper with manganese and magnesium additions. It is designed for high-speed automatic machining operations where short, broken chips and clean surface finishes are essential.
Compared to 2011 (the most common free-cutting alloy), 2030 offers higher tensile and yield strength while maintaining excellent machinability. It is typically supplied in T3 or T4 temper and is particularly suited for precision-turned components, fasteners, and automotive fittings.
2030 is designated as EN AW-2030 under the European standard system and conforms to ASTM B211 for bar products.
Round bar is the most commonly stocked form of 2030 alloy, produced to ASTM B211 standards. Suitable for CNC turning, automatic screw-machine work, and precision shaft applications.
| Legierung | Temperament | Durchmesser (mm) | Länge (mm) |
|---|---|---|---|
| 2030 | T3, T4 | 6–200 | 1,000–6,000 |
Custom diameters and cut-to-length available on request.
Seamless and welded tube for fluid transport and structural applications in automotive and precision engineering.
| Legierung | Temperament | OD (mm) | Wall (mm) | Länge (mm) |
|---|---|---|---|---|
| 2030 | T3, T4 | 6–120 | 1–10 | 1,000–6,000 |
Sheet and plate for machined blanks, structural panels, and custom-cut components.
| Legierung | Temperament | Dicke (mm) | Breite (mm) | Länge (mm) |
|---|---|---|---|---|
| 2030 | T3, T4 | 0.3–200 | 500–1,500 | 1,000–4,000 |
| Standard | Bezeichnung |
|---|---|
| EN AW | AW-2030 |
| UNS | A92030 |
| ASTM (Bar) | B211 |
| ISO | AlCu4MgMn |
Per EN 573-3 and equivalent international standards:
| Element | Gewicht % |
|---|---|
| Si | 0.8 max |
| Fe | 0,7 max |
| Cu | 3.3–4.5 |
| Mn | 0.2–1.0 |
| Mg | 0.5–1.3 |
| Cr | — |
| Zn | 0.5 max |
| Ti | — |
| Sonstige (jeweils) | 0,05 max |
| Sonstige (insgesamt) | 0,15 max |
| Al | Bilanz |
| Temperament | Zugfestigkeit (MPa) | Streckgrenze (MPa) | Elongation A50 (%) | Hardness HB |
|---|---|---|---|---|
| T3 | 340–380 | 220–260 | 10–14 | 95–110 |
| T4 | 370–410 | 250–300 | 8–12 | 100–120 |
Note: Values are typical ranges for standard bar products. Actual values depend on product form, dimensions, and heat treatment. Refer to mill test certificates for certified data.
Cold-worked and naturally aged. T3 offers a good balance of strength and machinability. It is the most commonly ordered temper for automatic screw-machine work, where moderate strength with excellent chip formation is needed.
Solution heat-treated and naturally aged. T4 provides the highest tensile strength in 2030 alloy while still maintaining good machinability. Recommended for applications requiring higher load capacity, such as precision shafts and structural fasteners.
| Temperament | Am besten für | Key Advantage |
|---|---|---|
| T3 | Screw-machine parts, fasteners, fittings | Best machinability with moderate strength |
| T4 | Structural fasteners, shafts, load-bearing parts | Higher strength with good surface finish |
2030 produces short, broken chips during high-speed cutting — a critical requirement for automatic lathe and screw-machine operations. This reduces machine downtime from chip entanglement and improves tool life.
With tensile strength of 340–410 MPa (depending on temper), 2030 exceeds the mechanical properties of most free-cutting alloys. It bridges the gap between pure machinability (2011) and structural performance (2024).
Parts machined from 2030 exhibit a bright, clean surface finish directly after cutting — reducing or eliminating secondary finishing operations such as grinding or polishing.
Like most 2xxx series copper alloys, 2030 has moderate corrosion resistance. It is not recommended for marine or highly corrosive environments without protective coating. Anodizing or chemical conversion coatings can improve surface protection.
2030 aluminum is widely used in industries that demand high-speed machining with tight tolerances:
2030 alloy excels in CNC machining operations. Key processing considerations:
Every order from Linsy includes:
Linsy operates under ISO 9001, ISO 14001, and ISO 45001 management systems. Production lead times range from 10 to 60 days depending on product form and order complexity.
Linsy Aluminum specializes in supplying free-machining and structural aluminum alloys to industrial buyers worldwide. For 2030 alloy specifically:
Learn more about 2xxx series alloys and free-machining aluminum:
2030 aluminum is primarily used for high-speed machined parts: fasteners, automotive fittings, precision shafts, and any component requiring excellent chip formation and clean surface finish after cutting.
No. 2030 is classified as non-weldable for structural purposes. Its copper content and potential lead additions create poor weld characteristics. Mechanical fastening or brazing should be used instead.
T3 is preferred for screw-machine work (best machinability). T4 is preferred for higher-strength structural fasteners and shafts. Both tempers offer good surface finish and short chip formation.
2030 offers higher tensile and yield strength than 2011 while maintaining comparable machinability. If your application requires more load capacity but still needs free-cutting behavior, 2030 is the better choice.
Some 2030 specifications include small lead additions for enhanced chip-breaking. The presence and amount of lead depend on the specific production standard. Check the MTC certificate for exact composition data on your order.
MOQ depends on product form and specification. Contact Linsy for specific MOQ details for 2030 bar, tube, sheet, or plate.
Yes. Linsy offers cut-to-length and custom sizing on most 2030 product forms. Specify your required dimensions in the RFQ.
Every shipment includes a Mill Test Certificate (MTC). SGS third-party test reports are available on request.
Production lead time is 10–60 days depending on product form, dimensions, and order quantity. Contact us for an estimated timeline.
Yes. Linsy supplies aluminum products to buyers worldwide. Shipping terms and freight options are confirmed during order placement.
Linsy Vorteile
Linsy Aluminum ist ein führender Anbieter von Produkten für die Aluminiumverarbeitung und beliefert verschiedene Branchen wie die Luft- und Raumfahrt, den allgemeinen Maschinenbau, die Automobilindustrie, die Schifffahrt, den Schiffbau und andere spezialisierte industrielle Anwendungen.
Wir verpflichten uns, die höchsten Qualitäts- und Umweltstandards einzuhalten, was durch unsere Zertifizierungen belegt wird: ISO 9001:2008, ISO 14001:2004 und SGS.
