Was ist 5086 Aluminiumblechsorte?

5086 Aluminiumplatte ist eine davon 5000 Serie (5xxx-Serie) mit höherer Korrosionsbeständigkeit. 5086 Aluminiumplatte ist rostfreies Aluminium mit einem hohen Anteil an Magnesiummetall. Es wird häufig in Anwendungen eingesetzt, die eine hohe Korrosionsbeständigkeit und gute Schweißbarkeit erfordern. sexuelle Situationen und Situationen mittlerer Intensität.

5086 aluminum-plates
5086 aluminum-plates

5086 Chemische Zusammensetzung des Aluminiumblechs

LegierungmgZnMnVonKrFeIndividualGesamt
50863.5~4.5≤0,250.20~0.7≤0,150.05~0.250.000~0.500≤0,05≤0,15

Rust-proof 5086 Aluminiumblech

Aluminum-magnesium alloys and aluminum-manganese alloys are collectively called anti-rust aluminum, because the alloy components between them increase their anti-corrosion properties. Representatives of aluminum-manganese alloys are 3003 Aluminiumblech, 3004 Aluminiumblech, und 3105 Aluminiumblech. Aluminium-Magnesium-Legierungen sind Aluminiumbleche 5005 5252 5251 5050 5052 5754 5083 5056 5086, etc. entsprechend dem Gehalt an Magnesiumlegierung.

Aluminiumblech 5086 gängige Dickenspezifikationen

5086-H32 Aluminiumblech 0,032″
5086-H32 Aluminiumblech 0,040″
5086-H32 Aluminiumblech 0,050″
5086-H32 Aluminiumblech 0,063″
5086-H321 Aluminiumblech 0,063″
5086-H116 Aluminiumblech 0,080″
5086-H32 Aluminiumblech 0,090″
5086-H116 Aluminiumblech 0,100″
5086-H116 Aluminiumblech 0,125″
5086-H32 Aluminiumblech 0,125″
5086-H116 Aluminiumblech 0,160″
5086-H116 Aluminiumblech 0,190″
5086-H32 Aluminiumblech 0,190″
5086-H116 Aluminiumplatte 0,250″
5086-H116 Aluminiumplatte 0,313″
5086-H116 Aluminiumplatte 0,375″
5086-H32 Aluminiumplatte 0,375″
5086-H116 Aluminiumplatte 0,500″
5086-H32 Aluminiumplatte 0,500″
5086-H116 Aluminiumplatte 0,625″
5086-H32 Aluminiumplatte 0,625″
5086-H116 Aluminiumplatte 0,750″
5086-H116 Aluminiumplatte 1.000″
5086-H116 Aluminiumplatte 1.250″
5086-H116 Aluminiumplatte 1.500″
5086-H116 Aluminiumplatte 2.000″

5086 Physikalische Eigenschaften von Aluminiumblechen

Dichte: 2.66 g/cm³ (0.096 lb/in³)

Schmelzpunkt: 585°C bis 655 °C (1085°F bis 1215°F)

Wärmeleitfähigkeit: 125 W/(m·K) bei 25°C (77°F)

Der Wärmeausdehnungskoeffizient: 23.8 x 10^-6 /°C (13.2 x 10^-6 /°F) von 20°C bis 100°C (68°F bis 212°F)

Spezifische Wärmekapazität: 0.89 J/(g·°C) bei 25°C (77°F)

Elektrische Leitfähigkeit: 31.2% InVeKoS (Internationaler Standard für geglühtes Kupfer) bei 20°C (68°F)

Modulus of Elasticity: 68.9 GPa (10,000 ksi)

What’s the difference between aluminum sheet 5086 und 5083?

Aluminum alloys 5086 und 5083 are both marine-grade alloys known for their excellent corrosion resistance in harsh environments, especially marine applications. jedoch, there are some differences between the two, which mainly lie in their mechanical properties and composition:

Legierungszusammensetzung:

5086 Aluminum Alloy: The main alloying element of 5086 is magnesium. It also contains small amounts of manganese, chromium and other elements.
5083 Aluminum Alloy: Wie 5086, 5083 is a magnesium alloy, but it also contains large amounts of chromium and trace amounts of manganese and iron.

Strength and mechanical properties:
5086: Generally slightly lower in strength than 5083, but still has good strength and excellent corrosion resistance. It is often selected for applications where weldability and corrosion resistance are critical.

5083: Gegen 5086, it has higher tensile strength and yield strength. It is known for its exceptional strength in harsh marine environments and is commonly used in structures that require high strength, such as the shipbuilding industry.

Schweißbarkeit:
Both alloys are weldable, Aber 5086 is generally considered easier to weld than 5083. 5086 is known for its good solderability using standard soldering methods, während 5083 may require more specialized soldering techniques to maintain its mechanical properties.

Anwendung:
5086: Commonly used in applications requiring moderate strength and high corrosion resistance, such as ship hulls, storage tanks and pressure vessels.
5083: Preferred in applications where higher strength and toughness are critical, such as the construction of naval vessels, cryogenic tanks and structural components.