Corrosion Resistant 5052 Automobile Aluminium Plate 5052 Aluminium Car Sheet
| Attribute | Value |
|---|---|
| Type | Aluminium Plate for Automobile |
| Alloy | 5052 |
| Temper | h32 |
| Width | 800-4300mm |
| Length | as the request |
| Surface | PVC film protection |
| Usage | Automobile |
5052 aluminium alloy is the most widely used rust-proof aluminum, featuring high strength, fatigue resistance, high plasticity, and excellent corrosion resistance.
5052 aluminium plate is a versatile premium-grade material suitable for a wide range of applications. Magnesium and chromium - the two most prevalent alloying elements - significantly increase the aluminum's strength, durability, and corrosion resistance.
We operate world-class production facilities including:
| Code | Name | Brand |
|---|---|---|
| A | aluminum ingot melting furnace | GAUTSCHI (Switzerland) |
| B | 4 continuous hot rolling mills | SMS Group (Germany) |
| C | 2800mm width single stand cold rolling mill | SMS Group (Germany) |
| D | all automatic three-dimensional elevated warehouse | Dematic (USA) |
For oversize sheets, we use Flat Rack Container shipping with secure packaging:
- We use suitable securing materials including wooden blocks, steel straps, and ratchet tie-downs to firmly fix the aluminum plates
- Waterproof tarps cover the entire cargo to prevent exposure to seawater or rain
- Sheets are loaded with a low and evenly distributed center of gravity to avoid tilting during transportation
5052 aluminium alloy (Al-Mg series) is widely used in automotive components due to its excellent corrosion resistance, moderate strength, and superior formability:
- Body Panels
- Inner door panels, hood liners, trunk interior panels (replaces steel for weight reduction while maintaining corrosion resistance)
- Fuel Systems and fuel tank housings
- Interior Components
- Instrument panel supports
- Chassis Components
- Fender liners
- New Energy Vehicle (NEV) Battery Systems
| Advantage | Technical Benefits |
|---|---|
| Lightweight | Density (2.68 g/cm3) is 1/3 of steel, significantly reducing vehicle weight and improving fuel efficiency/EV range |
| Corrosion Resistance | Magnesium content forms protective oxide layer, ideal for exposed components |
| Excellent Formability | Easily stamped, bent, and welded (MIG/TIG compatible) for complex parts |
| Surface Treatment | Compatible with anodizing, painting, and plating processes |
| Cost-Effective | More economical than high-strength alloys (6xxx/7xxx series) |
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