储罐铝牺牲阳极的生产基地
产品别名 |
铝牺牲阳极块,国标铝阳极,储罐铝阳极,异形铝阳极 |
面向地区 |
全国 |
产地 |
河南 |
杂质含量 |
0.001 |
镁含量 |
96 |
储罐铝牺牲阳极的生产基地Storage tank aluminum sacrifice anode production base
储罐铝牺牲阳极的生产基地Aluminum as an anode is oxidized by the oxygen precipitated on it to form an anhydrous 12O3 membrane; Not all of the resulting oxygen reacts with aluminum, and the requirement for anode materials in cathode protection is also particularly high. The mixed metal oxide(MMO) coating titanium anode has good corrosion resistance and long service life. It can work under high current density. Even if the titanium matrix is exposed in the application, it may be due to the "self-healing" function of titanium and has good passivity. Sex, It is the most successful auxiliary anode used in cathode protection of reinforced concrete structures. 储罐铝牺牲阳极的生产基地The MMO coating titanium anode prepared by thermal decomposition method has excellent electrochemical properties and reinforced life, and has achieved the performance of the same product in other countries. It is an ideal auxiliary anode for reinforced concrete structure plus current cathode protection. The auxiliary anode is the key part of the applied current cathode protection system. Because reinforced concrete structures and application media are particularly complex
储罐内保护已经沿用多年,原来使用牺牲阳极,现在某些系统还在仍旧使用牺牲阳极,如海水压载的油轮内的保护,罐的底部一般采用板式、棒式。板式阳极比较容易在底部火者 内部框架焊接,棒状阳极适合在曲线形的侧面安装。阳极要分组或单布置,以保障整个保护表面上电流分布尽可能均匀。阴极保护是有效的腐蚀控制措施,但对不完全熟悉它的人来说,有点神秘,显然,许多人感觉到阴极保护是一种复杂的。
铝的介绍:ISO9000— 效率、效益之源。ISO9000 - the source of efficiency and efficiency.
颜色和状态:银白色金属
原子半径:1.82
常见化合价:+3
发现人:厄斯泰德、韦勒
发现时间和地点:1825 丹麦
元素来源:地壳中含量丰富的金属,在7%以上
元素用途:可作飞机、车辆、船、舶、火箭的结构材料.纯铝可做电压的电缆.做日用器皿的铝通常称“钢精”、“钢种“
工业制法:电解熔融的氧化铝和冰晶石的混合物
实验室制法:电解熔融的氯化铝lb17184466
其他化合物:AlCl3-氯化铝 NaAlO2-偏铝酸钠 Al(OH)3-氢氧化铝
扩展介绍:带蓝色的银白色三价金属元素,延展性好,有韧性并能发出[响亮]声音,以其轻、良好的导电和导热性能、高反射性和耐氧化而著称.
焦作市立博轻合金有限公司生产防腐材料生产厂家,以的服务,过硬的产品技术在防腐行业里面赢得了新老客户的信赖。立博是科研、生产、贸易于一体,可为客户提供阴极保护全系列设备材料、阴极保护方案设计及阴极保护工程施工等服务。lb17184466
阴极保护技术是电化学保护技术的一种,其原理是向被腐蚀金属结构物表面施加一个外加电流,被保护结构物成为阴极,从而使得金属腐蚀发生的电子迁移得到抑制,避免或减弱腐蚀的发生。
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