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四川防腐鎂陽極使用壽命長
Sichuan anticorrosive magnesium anode has long service life
在陰極保護技術中，要求被保護結構需要電絕緣，主要是因為假如不絕緣，保護電流會流失到未被保護的金屬構筑物上，設計的電流需求量可能不足，保護效果不理想，另外，可能會產生雜散電流的干擾。變形MG-4鎂陽極可通過塑性變形加工成板材、帶材、管材、棒材、型材和鍛件等。
陽極的布置陽極單支或成組埋設均
可，成組埋設的陽極因電場的相互影響，組內幾支陽極共同發出的電流遠遠小于單支陽極發出電流的幾倍，陽極有效利用率太低。成組布置陽極間距加大，影響保護電位分布的均勻性，單支分散布置，即提高陽極利用率，又因陽極間距縮小而做到保護電位分布均勻。實踐證明比成組布置更為優越.
鎂合金犧牲陽極安裝方法，本公司是一家專門從事鎂合金犧牲陽極研發、生產、貿易為一體的綜合性科技企業，為解決上述技術問題，這種鋅陽極一種鋁陽極氧化廢水處理方法，包括如下步驟:車間酸堿水混排:分別調節酸性廢水和堿性廢水流量，使混合后廢水pH值在5-9之間;沉淀池沉淀:分別加入CaO、F_和FeSO4產生Ca(OH)CaF2和Cr(OH)3沉淀;`中和池中和處理:加入H2SO4和NaOH調節pH值為6-9;公司具有完備的鎂合金犧牲陽極質量檢測體系，技術力量雄厚，檢測手段一流。
四川防腐鎂陽極使用壽命長
Sichuan anticorrosive magnesium anode has long service life
In cathodic protection technology, it is required that the protected structure need electrical insulation, mainly because if it is not insulated, the protection current will drain to the unprotected metal structure. the designed current demand may be insufficient, the protection effect is not ideal, and in addition, stray current interference may occur. The wrought mg - 4 magnesium anode can be processed into plates, strips, pipes, bars, profiles and forgings through plastic deformation.
The arrangement of anodes can be either single or group - buried. due to the mutual influence of electric fields, the current emitted by several anodes in the group is far less than several times that emitted by a single anode, and the effective utilization rate of anodes is too low. The spacing between anodes arranged in groups increases, which affects the uniformity of the distribution of protection potential. the single-branch dispersed arrangement not only increases the utilization rate of anodes, but also achieves the uniformity of the distribution of protection potential due to the reduction of anode spacing. Practice has proved that it is superior to group arrangement.
The invention relate to a method for installing a magnesium alloy sacrificial anode. that company is a comprehensive scientific and technological enterprise specialize in research, development, production and trade of the magnesium alloy sacrificial anode. in order to solve the above technical problems, the zinc anode is an aluminum anode oxidation wastewater treatment method, which comprises the follow steps of: mixing and discharging acid and alkali wastewater in a workshop: respectively adjusting the flow rates of acid wastewater and alkali wastewater so that the ph value of the mixed wastewater is between 5 and 9; Sedimentation tank sedimentation: Cao, f _ and feso _ 4 are respectively added to generate ca ( oh ) caf _ 2 and Cr ( oh ) 3 sedimentation; `neutralization treatment in neutralization tank: adding H2SO4 and NaOH to adjust ph value to 6 - 9; The company has a complete quality inspection system for magnesium alloy sacrificial anodes, with strong technical force and first-class inspection methods.
