• Lead Silver Alloy Auxiliary Anode for Impressed Current Cathodic Protection
  • Lead Silver Alloy Auxiliary Anode for Impressed Current Cathodic Protection
  • Lead Silver Alloy Auxiliary Anode for Impressed Current Cathodic Protection
  • Lead Silver Alloy Auxiliary Anode for Impressed Current Cathodic Protection
  • Lead Silver Alloy Auxiliary Anode for Impressed Current Cathodic Protection
  • Lead Silver Alloy Auxiliary Anode for Impressed Current Cathodic Protection

Lead Silver Alloy Auxiliary Anode for Impressed Current Cathodic Protection

Customized: Customized
Application: Construction, Ocean, Electronics, Salt, Chemical, Petroleum
Certification: ISO, CE
Material: Lead Silver Alloy
Feature: Strong Corrosion Resistance
Corrosion Rate: 0.001-0.01
Samples:
US$ 1/Piece 1 Piece(Min.Order)
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Customization:
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Basic Info.

Model NO.
YH-NPF
Polarization Potential≤V
2.0
Operating Current Density
50~250 a.M-2
Transport Package
Carton Packing
Specification
Contain 20%Ag
Trademark
YH
Origin
China
HS Code
8543300090
Production Capacity
100000pieces/Every Year

Product Description

YH-NPF series lead silver alloy auxiliary anode

Introduction:
The electro-depositing Pb-0.8%Ag alloy anode was prepared by lead silver anode electro-depositing lead and silver on the surface of aluminum sheet, and the traditional casting Pb-0.8%Ag alloy anode was prepared by the method of the solid film casting.
The electrochemical properties, structure and morphology of two kinds of anodes were studied by constant current polarization, cyclic voltammetry, ac impedance, X-ray diffraction and scanning electron microscopy.
The results show that the surface formation of PbO2 is more, the corrosion resistance and the conductivity are better, the surface topography is more compact and even.


Features:
1. Compared with the casting Pb-0.8%Ag alloy electrode, the anode film of the electro-depositing Pb-0.8%Ag alloy anode is more uniform and compact and more stable.
2. The surface formation of PbO2 is more, the corrosion resistance and the conductivity are better, the surface topography is more compact and even.


Chemical property:
Material Use environment Max. Working current density(A/m2) consumption(Kg/A.a) Polarization potential ≤V
Lead silver alloy anode Contain 20%Ag In the seawater 50~250 1×10-1 2.0
  Contain 20%Ag   50~300    
Lead silver micro-platinum anode In the seawater 50~1000 8×10-3 2.2

Chemical component:
Chemical elements Ag Pb Impurity ≤
Fe Cu
Content 2~3 Remain 0.005 0.03

Application range:
Can be widely used in seawater anti-corrosion.

 

Specification:

Name Type   Shape Dimension (mm) Anode body working area(mm2) Anode body thickness(mm) Service life Work current range
L(D) B H Installation hole
Lead silver alloy anode YH-NPF linear 920 180 40 8 600×50 32 >6 1.5~7.5
YH-NPF linear φ1340 180 40 10 1018×50 32 2.5~12.5
YH-NPF disc φ198 φ146 25 - 16700 35 0.8~5.0
YH-NPF disc φ290 φ245 30 - 50000 40 2.5~15
Company Details:
Lead Silver Alloy Auxiliary Anode for Impressed Current Cathodic ProtectionLead Silver Alloy Auxiliary Anode for Impressed Current Cathodic ProtectionLead Silver Alloy Auxiliary Anode for Impressed Current Cathodic ProtectionLead Silver Alloy Auxiliary Anode for Impressed Current Cathodic ProtectionLead Silver Alloy Auxiliary Anode for Impressed Current Cathodic ProtectionLead Silver Alloy Auxiliary Anode for Impressed Current Cathodic Protection

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