5052 F aluminum alloy is a magnesium (Mg)-containing material belonging to the 5xxx series, in an “as fabricated” condition without a specific mechanical temper applied. The F temper indicates that the alloy may exhibit variable mechanical properties depending on the manufacturing process. This alloy is particularly superior in terms of corrosion resistance and demonstrates high durability in seawater, humid environments, and chemically exposed areas. Therefore, it can be safely used especially in marine and outdoor applications.

In terms of strength, 5052 F does not have a defined temper, so its mechanical properties may vary depending on production conditions. However, it is generally considered to fall within a strength range between 5052 O and 5052 H32. Compared to 3003 F, it provides higher strength and better corrosion resistance. Compared to 5005 F, it is superior in both strength and durability. Compared to 6061-T6, although it has lower strength, it offers much better corrosion resistance and formability.

In terms of machinability, 5052 F alloy is moderate; it is not ideal for machining but can be easily processed in sheet and plate form. Its bending capability varies depending on the production condition but is generally good, with a low risk of cracking. Therefore, it can be used in general forming operations. Its suitability for cold forming processes provides manufacturing flexibility.

In terms of coating capability, 5052 F alloy shows good performance. Anodizing can be applied, although surface quality and uniformity may be more variable compared to 5005 alloy. It is suitable for painting and other surface coating processes. Additionally, it provides good damping capability in terms of vibration response, making it advantageous in vibrating environments.

Its weldability is very high and it can be easily welded using methods such as MIG and TIG. This provides flexibility in manufacturing processes. The 5052 F alloy is used in many sectors such as general engineering applications, marine, automotive, sheet forming, HVAC systems, and chemical industry. It is especially preferred in applications where corrosion resistance, formability, and production flexibility are important.

Alloy Designations

5052 F can be produced according to the following standards.
• 5052 F Sheet; AMS QQ-A-250/8, ISO AlMg2.5, WNR 3.3523, UNS A95052, ASTM B209
• 5052 F Plate; AMS QQ-A-250/8, ISO AlMg2.5, WNR 3.3523, UNS A95052, ASTM B209
• 5052 F Extrusion Round Bar; ISO AlMg2.5, WNR 3.3523, UNS A95052, ASTM B221
• 5052 F Extrusion Flat Bar; ISO AlMg2.5, WNR 3.3523, UNS A95052, ASTM B221
• 5052 F Extrusion Wire; ISO AlMg2.5, WNR 3.3523, UNS A95052, ASTM B221
• 5052 F Extrusion Tube; ISO AlMg2.5, WNR 3.3523, UNS A95052, ASTM B221
• 5052 F Cold Drawn Round Bar; ASTM B211, ISO AlMg2.5, WNR 3.3523, WW-T-700/4, AMS QQ-A-225/7, AMS 4114
• 5052 F Cold Drawn Flat Bar; ASTM B211, ISO AlMg2.5, WNR 3.3523, WW-T-700/4, AMS QQ-A-225/7, AMS 4114
• 5052 F Cold Drawn Wire; ASTM B211, ISO AlMg2.5, WNR 3.3523, WW-T-700/4, AMS QQ-A-225/7, AMS 4114
 

5052 F Selection Factors

• Strength: Medium
• Machinability: Good
• Weldability: Very Good
• Formability: Good
• Corrosion Resistance: Excellent
• Heat Treatment: None
   

Some Known Applications of 5052 F
Used in truck and bus manufacturing,
In kitchen equipment,
And also in architectural facades.
 

Available Forms
5052 F is produced/supplied in sheet, plate, rod/flat bar, and tube/profile forms.

• Tube/Profile
• Plate
• Sheet
• Rod/Flat Bar