The magnesium (Mg) content in 5052 aluminum alloy is 2.2%~2.8%, which is the main strengthening element of the alloy and can improve the strength and toughness of the alloy.
GNEE 5052 aluminum coil sheet plate specifications
| Hot selling temper | O, H32, H34 | |
| Equivalent names | AA 5052, EN AW-5052, EN AW-AlMg2.5, DIN AlMg2.5, DIN 3.3523, DIN 3.3524, JIS 5052, GB 5052, ISO AlMg2.5, NF A-G2.5C, UNS A95052 | |
| AA5052 aluminum sheet | Thickness: 0.01"-0.249"(0.2mm-6mm) | Width: 35.4"-104"(900mm-2650mm) |
| 5052 aluminum plate | Thickness: 0.25"-9.84"(6mm-250mm) | Width: 39.4"-150"(1000mm-3800mm) |
| 5052 Ultra wide aluminum plate | Thickness: 0.25"-9.84"(6mm-250mm) | Width: 39.4"-150"(1000mm-3800mm) |
| Length | Max 20m, Fix & Cut Length or Customized | |
| Coating | Black and white film, blue film, transparent film(Thickness: 50 microns, 80 microns) | |
| Surface Treatment | Bright, polished, hair line, brush, sand blast, checkered, embossed, etching, etc. | |
| Method | Hot Rolling, Cold Rolling | |
| 5052-O aluminum coil sheet plate | 5052-H32 aluminum coil sheet plate | 5052-H34 aluminum coil sheet plate |
| ASTM B209, AMS 4015, AMS-QQ-A-250/8 | ASTM B209, AMS 4016, AMS-QQ-A-250/8 | ASTM B209, AMS 4017, AMS-QQ-A-250/8 |
GNEE 5052 aluminum sheet plate physical properties
| Hardening | Ultimate MPa (PSI) | Yield MPa (PSI) | Tensile Strength acc. ASTM B209 [KSI] | Yield Strength acc. ASTM B209 [KSI] |
| O | 195 (28000) | 89.6 (13000) | - | - |
| H32 | 228 (33000) | 193 (28000) | 31.0 - 38.0 | > 23.0 |
| H34 | 262 (38000) | 214 (31000) | 34.0 - 41.0 | > 26.0 |
| H36 | 276 (40000) | 241 (35000) | 37.0 - 44.0 | > 29.0 |
| H38 | 290 (42000) | 255 (37000) | > 39.0 | > 32.0 |
5052 aviation aluminum plate performance advantages:
Lightweight and high strength
Good corrosion resistance
Good weldability
Machinability
Good low temperature performance
Application of Chalco 5052 aluminum sheet plate in the aerospace field:
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aircraft structural parts:screws, fasteners, and rivets.
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larger structural components:fuselage panels, webs, bulkheads, and wing structures.
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smaller spacecraft shells: small satellites and space probes.
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shells of large spacecraft:rocket shells and thermal protection panels for space shuttles.
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smaller equipment:antennas and navigation systems.
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larger equipment: engine casings and hydraulic systems.
