AL-1 Aluminum Alloy Sacrificial Anode 2300*(220+240)*230 | Marine Steel Pile 310kg Aluminum Anode
Other Products
AL-1 Aluminum Alloy Sacrificial Anode 2300*(220+240)*230|Marine Steel Pile 310kg Aluminum Anode
Commonly used aluminum alloy anodes include the Al-Zn-In series and Al-Zn-Hg series anodes, suitable for cathodic protection of structures such as ships in seawater, docks and ports, marine facilities, seawater cooling systems, and storage tank sediment water areas.
AL-1 Aluminum Alloy Sacrificial Anode 2300*(220+240)*230|Marine Steel Pile 310kg Aluminum Anode Performance Characteristics
The electrode potential of aluminum sacrificial anodes is -1.05 volts. When the ambient temperature exceeds 49 degrees Celsius, the electrical capacity of aluminum sacrificial anodes decreases as the temperature increases. Refer to the formula: Z=2500-27(T-20), where T is the anode operating temperature in °C. In saline environments, the current capacity of aluminum sacrificial anodes may be reduced by half.
AL-1 Aluminum Alloy Sacrificial Anode 2300*(220+240)*230|Marine Steel Pile 310kg Aluminum Anode Technical Parameters
Model | Specification/mm | Weight/kg |
AI-1 | 2300×(220+240)×230 | 310.0 |
AI-2 | 1600×(200+210)×220 | 190.0 |
AI-3 | 1500×(170+200)×180 | 130.0 |
AI-4 | 900×(150+170)×160 | 58.0 |
AI-5 | 1500×(148+178)×170 | 120.0 |
AI-6 | 850×(180+220)×180 | 85.0 |
AI-7 | 800×(200+280)×150 | 80.0 |
AL-1 Aluminum Alloy Sacrificial Anode 2300*(220+240)*230|Marine Steel Pile 310kg Aluminum Anode Usage Instructions
Adding Mg-Ti alloy to the Al-Zn-In series alloy significantly improves the electrochemical performance of the anode, making it a new type of aluminum alloy sacrificial anode. It is widely used in large steel structure projects such as steel pile docks and marine platforms, achieving excellent anti-corrosion effects.
| Industry Category | Minerals-Metallurgy |
|---|---|
| Product Category | |
| Brand: | 立博 |
| Spec: | 2300*（220+240）*230 |
| Stock: | 500 |
| Manufacturer: | |
| Origin: | China / Henan / Jiaozuoshi |
