5052 H32 aluminum is an aluminum alloy that has been strain hardened and stabilized. Its strength is approximately a quarter of the difference between the annealed state (O) and the full hard state (H38), offering good mechanical properties and durability.
5052 H32 aluminum is an aluminum alloy that has undergone strain hardening and stabilization treatment. Its strength is about a quarter of the range between the annealed state (O) and the full hard state (H38), providing good mechanical performance and durability.
| Alloy | Temper | Thickness(mm) | Width(mm) | Length(mm) | Uses |
| 5052 | H32, H111, H112 | 3-50 | 2000 or customized |
6000/8000/9000/12000mm Or customized |
Chimney, keel, side plate of ship |
Compared to 5052-H32, 5052-H34 has higher strength and hardness, but lower ductility. The choice between the two will depend on the specific requirements of the application, including the need for strength versus formability.
| Category | 5052-H32 | 5052-H34 |
| Temper Name | H32: Indicates that the aluminum has been strain hardened to a certain degree and then stabilized by annealing. "32" denotes medium hardness and strength. | H34: Indicates that the aluminum has been strain hardened to a greater degree compared to H32 and then stabilized. "34" signifies higher hardness and strength. |
| Strength and Hardness | Medium strength and hardness, suitable for applications requiring a balance of strength and ductility. | Higher strength and hardness, suitable for applications requiring greater strength. |
| Applications | Used in applications needing good corrosion resistance and medium strength, such as marine environments, automotive parts, and pressure vessels. | Used in applications requiring higher strength, such as structural components, pressure tanks, and heavy-duty marine parts. |
| Formability and Ductility | Higher ductility, easy to form, suitable for more complex shapes and designs. | Less ductile than H32, forming complex shapes is slightly more challenging. |
Compared to 5052-H32, 5052-H36 has higher strength and hardness, but reduced ductility. The choice between the two depends on the specific requirements of the application, including the need for strength versus formability.
| Category | 5052-H32 | 5052-H36 |
| Strength and Hardness | Medium strength and hardness, suitable for applications requiring a balance of strength and ductility. | Higher strength and hardness, suitable for applications requiring greater strength and less flexibility. |
| Applications | Used in applications needing good corrosion resistance and medium strength, such as marine environments, automotive parts, and pressure vessels. | Used in applications requiring higher strength, such as structural components, pressure tanks, and heavy-duty marine parts. |
| Formability and Ductility | More ductile, easy to form, suitable for complex shapes and designs. | Less ductile than H32, forming complex shapes is slightly more challenging, but performs better in high-stress applications. |
5052 H32 Aluminum vs. 5052 O Aluminum
5052 H32 achieves a balance of strength and formability, suitable for applications requiring medium strength and good corrosion resistance. In contrast, 5052-O is softer and more ductile, making it ideal for applications where ease of forming and high ductility are more important than strength.
| Category | 5052-H32 | 5052-O |
| Strength and Hardness | Provides medium strength and hardness, suitable for applications that balance strength and ductility. | Lower strength and hardness but higher ductility and formability, making it easier to machine and form. |
| Applications | Used in applications needing good corrosion resistance and medium strength, such as marine environments, automotive parts, and pressure vessels. | Used in applications requiring high formability and ductility, such as complex shapes and designs, where ease of forming is more important than strength. |
| Formability and Ductility | Generally lower ductility but still good formability, suitable for moderately complex shapes and designs. | High ductility, easy to form, enabling more complex shapes and designs. The softness makes it easier to machine, but the strength is lower. |
| Description | Temper | Thickness (IN) | Width (IN) | Length (IN) |
| ASTM B209 AMS-QQ-A-250/8 5052 H32 Aluminum SHEET | H32 | 0.02" | 48" | 96" |
| ASTM B209 5052 H32 ALUMINUM SHEET | H32 | 0.025" | 36" | 96" |
| ASTM B209 5052 H32 ALUMINUM SHEET | H32 | 0.025" | 48" | 120" |
| ASTM B209 5052 H32 ALUMINUM SHEET | H32 | 0.032" | 48" | 96" |
| ASTM B209 AMS-QQ-A-250/8 5052 H32 ALUMINUM SHEET | H32 | 0.032" | 48" | 120" |
| ASTM B209 5052 H32 ALUMINUM SHEET | H32 | 0.04" | 48" | 144" |
| ASTM B209 5052 H32 ALUMINUM SHEET | H32 | 0.04" | 48" | 120" |
| ASTM B209 5052 H32 ALUMINUM SHEET | H32 | 0.04" | 48" | 96" |
| ASTM B209 5052 H32 ALUMINUM SHEET | H32 | 0.05" | 48" | 144" |
| ASTM B209 5052 H32 ALUMINUM SHEET | H32 | 0.05" | 48" | 120" |
| ASTM B209 5052 H32 ALUMINUM SHEET | H32 | 0.05" | 60" | 120" |
| ASTM B209 5052 H32 ALUMINUM SHEET | H32 | 0.063" | 36" | 96" |
| ASTM B209 5052 H32 ALUMINUM SHEET | H32 | 0.063" | 60" | 120" |
| ASTM B209 5052 H32 ALUMINUM SHEET | H32 | 0.063" | 48" | 96" |
| ASTM B209 5052 H32 ALUMINUM SHEET | H32 | 0.063" | 48" | 144" |
| ASTM B209 5052 H32 ALUMINUM SHEET | H32 | 0.063" | 48" | 120" |
| ASTM B209 AMS-QQ-A-250/8 5052 H32 ALUMINUM SHEET | H32 | 0.063" | 48" | 144" |
| ASTM B209 5052 H32 ALUMINUM SHEET | H32 | 0.08" | 48" | 120" |
| ASTM B209 5052 H32 ALUMINUM SHEET | H32 | 0.08" | 60" | 120" |
| ASTM B209 5052 H32 ALUMINUM SHEET | H32 | 0.08" | 48" | 144" |
| ASTM B209 5052 H32 ALUMINUM SHEET | H32 | 0.08" | 48" | 96" |
| ASTM B209 5052 H32 ALUMINUM SHEET | H32 | 0.09" | 48" | 144" |
| ASTM B209 5052 H32 ALUMINUM SHEET | H32 | 0.09" | 48" | 120" |
| ASTM B209 5052 H32 ALUMINUM SHEET | H32 | 0.09" | 60" | 144" |
| ASTM B209 5052 H32 ALUMINUM SHEET | H32 | 0.1" | 48" | 120" |
| ASTM B209 5052 H32 ALUMINUM SHEET | H32 | 0.1" | 48" | 144" |
| ASTM B209 5052 H32 ALUMINUM SHEET | H32 | 0.1" | 48" | 96" |
| ASTM B209 5052 H32 ALUMINUM SHEET | H32 | 0.125" | 48" | 144" |
| ASTM B209 5052 H32 ALUMINUM SHEET | H32 | 0.125" | 48" | 96" |
| ASTM B209 5052 H32 ALUMINUM SHEET | H32 | 0.125" | 36" | 96" |
| ASTM B209 5052 H32 ALUMINUM SHEET | H32 | 0.125" | 48" | 120" |
| ASTM B209 5052 H32 ALUMINUM SHEET | H32 | 0.125" | 60" | 144" |
| ASTM B209 5052 H32 ALUMINUM SHEET | H32 | 0.125" | 60" | 120" |
| ASTM B209 5052 H32 ALUMINUM SHEET | H32 | 0.125" | 72" | 144" |
| ASTM B209 5052 H32 ALUMINUM SHEET | H32 | 0.16" | 48" | 144" |
| ASTM B209 5052 H32 ALUMINUM SHEET | H32 | 0.19" | 48" | 144" |
| ASTM B209 5052 H32 ALUMINUM SHEET | H32 | 0.19" | 60" | 120" |
| ASTM B209 5052 H32 ALUMINUM SHEET | H32 | 0.19" | 60" | 144" |
| ASTM B209 5052 H32 ALUMINUM SHEET | H32 | 0.19" | 36" | 96" |
| ASTM B209 5052 H32 ALUMINUM SHEET | H32 | 0.19" | 48" | 96" |
| ASTM B209 5052 H32 ALUMINUM SHEET | H32 | 0.19" | 48" | 120" |
| ASTM B209 5052 H32 ALUMINUM PLATE | H32 | 0.249" | 48" | 120" |
| ASTM B209 5052 H32 ALUMINUM PLATE | H32 | 0.249" | 48" | 144" |
| ASTM B209 5052 H32 ALUMINUM PLATE | H32 | 0.249" | 60" | 144" |
| ASTM B209 5052 H32 ALUMINUM PLATE | H32 | 0.249" | 48" | 96" |
| ASTM B209 AMS-QQ-A-250/8 5052 H32 ALUMINUM SHEET | H32 | 0.04" | 48" | 96" |
| ASTM B209 5052 H32 ALUMINUM SHEET | H32 | 0.04" | 36" | 96" |
| ASTM B209 AMS-QQ-A-250/8 5052 H32 ALUMINUM SHEET | H32 | 0.06" | 48" | 120" |
| ASTM B209 5052 H32 ALUMINUM SHEET | H32 | 1/8" | 48" | 144" |
| ASTM B209 5052 H32 ALUMINUM SHEET | H32 | 0.16" | 60" | 120" |
| AMS-QQA-250/8 ASTM B209 5052 H32 ALUMINUM SHEET | H32 | 0.16" | 48" | 144" |
| ASTM B209 5052 H32 ALUMINUM SHEET | H32 | 0.2" | 36" | 96" |
| ASTM B209 5052 H32 ALUMINUM SHEET | H32 | 0.2" | 60" | 120" |
| ASTM B209 5052 H32 ALUMINUM PLATE | H32 | 1/4" | 48" | 144" |
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