所有国标铝合金牺牲阳极都有

异型的定做

23公斤铝合金牺牲阳极货源充足 发货快

铝合金牺牲阳极，普通铝合金牺牲阳极，我们是专业的阴极保护材料厂家，可放心选购我家的产品，铝含量99.95‰，现货供应厂家。 

铝-锌-铟系合金牺牲阳极适于海水介质中的船舶、机械设备、压载水舱、储罐内壁、滨海设施、海底管道、码头钢桩、海洋平台、电缆等设施金属防腐蚀的阴极保护。 

执行标准：U.S.Mil-A-18001K/W / GB4948－2002 

主要性能：驱动电压低，重量轻，电流效率高。 

适用范围：铝合金牺牲阳极适用于海水介质中的船舶、机械设备、海洋工程和海港 设施以及海泥中管道、电缆等设施金属防腐蚀的阴极保护。 r139391916

23公斤铝合金牺牲阳极货源充足 发货快

由于铝的自饨化性能，所以钝铝不能作为牺牲阳极材料。目前已开发了Al-Zn-Hg系、Al-Zn-In系等几个系列，其典型成分见表10-65。由于汞对环境的污染及冶炼困难，目前各国都限制含汞的铝阳有生产。而AI-Zn-In系是目前各国*的有前途的铝阳极系列。为改善阳极的电化学性能，在三元素合金基础上又添加了第四、第五元素。世界上流行zui广的GalValumⅢ型铝阳极为Al-Zn-In-Si系列。

Aluminum alloy sacrificial anode, aluminum alloy sacrificial anode, we are professional cathodic protection materials manufacturers, can rest assured to buy our products, aluminum content of 99.95 per thousand, the cash supply manufacturers. 

Aluminum zinc indium alloy sacrificial anode is suitable for the protection of marine, mechanical equipment, ballast water tank, tank wall, coastal facilities, offshore pipeline, steel piles, offshore platform, cable and other facilities. 

Executive standard: U.S.Mil-A-18001K/W / GB49482002 

Main performance: low driving voltage, light weight, high current efficiency. 

Scope of application: aluminum alloy sacrificial anode in seawater, ships, machinery and equipment, marine engineering and port facilities and mud pipes, cables and other facilities metal anti corrosion cathodic protection for. 

Since the passivation properties of aluminum, so aluminum sacrificial anode materials cannot be used as a blunt. At present, the development of the Al-Zn-Hg system, Al-Zn-In series, and other series, the typical c o mponents of 10-65. Due to the pollution of mercury in the environment and smelting difficulties, the current countries are limited to the production of aluminum and aluminum. While the AI-Zn-In system is currently recognized as a promising aluminum anode series. In order to improve the electrochemical performance of the anode, fourth and fifth elements have been added to the three element alloy. The world‘s most popular GalValum type III Al-Zn-In-Si series.