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This indium-activated aluminium bracelet anode is specifically designed for the cathodic protection of submarine/offshore pipelines. Assembled as two half-shells, the anodes fit the pipe as a bracelet and shall be installed by thermit-welding. With square end, our half-shell aluminium bracelet anodes are suitable for flush fitting with concrete coating.
This indium-activated aluminium bracelet anode is specifically designed for the cathodic protection of submarine/offshore pipelines. The half-shell bracelet anode, consisting of two semi-circular sections, is clamped around the pipeline. The electrical continuity between the anode body and the pipe is allowed by a steel continuity bar or by an electrical cable. With tapered ends, our half-shell aluminium bracelet anodes are suitable for easy movements over stringer during pipeline laying.
This indium-activated aluminium bracelet anode is specifically designed for the cathodic protection of submarine/offshore pipelines. Assembled as two half-shells, the anodes fit the pipe as a bracelet and shall be installed by thermit-welding. With tapered ends, our half-shell aluminium bracelet anodes are suitable for easy movements over stringer during pipeline laying.
Product name: Magnesium anode
Shape: D type / S type / C type
Standard: ASTM B843
Sample: Free
Size: customization available
Certificate: ISO9001
Product name: High Silicon Tubular Anode
Material: silicon and iron
Technology: Casting
Certificate: ISO9001:2008
Standard: ASTM B843
Customization available
Delivery time: 20 days
Easy and fast installation Good electrocatalytic properties High electrical conductivity Superior corrosion resistance Uniform current distribution No hazardous chemical storage Main Technical Parameters Substrate Titanium Coating Iridium Oxide (IrO2), Ruthenium Oxide (RuO2) Coating Thickness 3~10 µm outer-shell Transparent PVC / Acrylic inner-partition PVDF salt-consumption-rate 1.75-35 kg/h chlorine-production 0.5-10 kg/h
Iridium tantalum oxide coated anode is regarded as the optimum choice in numerous industries due to its strong corrosion resistance in acidic environments, low overpotential for oxygen evolution, great physical stability and environmental safety. Compared with traditional electrodes, Ir-Ta MMO electrodes have better electrochemical stability under sulfate/chloride environments and longer service life.
Our electrodes have been applied to industries like copper foil production, electroplating, cathodic protection, organic synthesis, acid solution electrolysis, electrowinning, etc.
Iridium tantalum oxide coated anode is regarded as the optimum choice in numerous industries due to its strong corrosion resistance in acidic environments, low overpotential for oxygen evolution, great physical stability and environmental safety. Compared with traditional electrodes, Ir-Ta MMO electrodes have better electrochemical stability under sulfate/chloride environments and longer service life.
Our electrodes have been applied to industries like copper foil production, electroplating, cathodic protection, organic synthesis, acid solution electrolysis, electrowinning, etc.
Iridium tantalum oxide coated anode is regarded as the optimum choice in numerous industries due to its strong corrosion resistance in acidic environments, low overpotential for oxygen evolution, great physical stability and environmental safety. Compared with traditional electrodes, Ir-Ta MMO electrodes have better electrochemical stability under sulfate/chloride environments and longer service life.
Our electrodes have been applied to industries like copper foil production, electroplating, cathodic protection, organic synthesis, acid solution electrolysis, electrowinning, etc.
Titanium-based lead dioxide (Ti/PbO2) is an electrode with several PbO2 layers applied to a Ti substrate. Lead dioxide electrodes are used as an anode material in electrochemistry. Ti/PbO2 electrodes offer low resistivity, good corrosion resistance even in low-pH medium, and a high overvoltage for the evolution of oxygen in sulfuric- and nitric-acid-based electrolytes.
As its high oxygen evolution overvoltage, the Ti/PbO2 electrodes are popular for use in wastewater cleaning. The organic materials present in wastewater can be decomposed efficiently by anodic oxidation. When water electrolysis is carried out with this electrode, high concentration ozone can be generated. This electrode can also be utilized as an anode for electrolysis ozone evolution.
Welcome to buy high quality magnesium alloy ingot from us. Enjoying the advantages of extremely high electrochemical performance, large capacity and lasting service time, this anode products must be your best choice. Offering you satisfactory service and timely delivery, we’re expecting your contact.
Product name: Magnesium anode rod
Chemical Composition: magnesium alloy
Size: customization
Certificate: ISO9001
MOQ: 500pcs
Delivery time: 20 days
PRODUCT DESCRIPTION
Howah Anti-corrosion magnesium anode rod used for Oil pipelines gas pipelines , water supply pipes and drain
-pipes.we also have a variety of shapes and sizes.our products have broad-specturm, such as: underground cables,
chemical plants, communications, harbors, water craft and reservoir strobe.
FEATURES
* Superconductivity
* Easy installation
* Low maintain cost
* Various size for choice
* Stable and Economy
CONSTRUCTION
Packaged Anti-corrosion sacrificial Magnesium Anodes are prepack in either bags or cardboard carton in low
resistivity,quick wetting,prepared backfill.
PHYSICAL PROPERTIES
| Type | Diameter
(mm) |
Weight | High Potential L(mm) | AZ63 anode L(mm) |
| C25 | 75 | 2.56 | 336 | 325 |
| C36 | 114 | 3.70 | 202 | 193 |
| C41 | 114 | 4.20 | 230 | 220 |
| C77 | 110 | 7.80 | 431 | 412 |
| C100 | 110 | 10.20 | 560 | 536 |
| C145 | 146 | 14.70 | 494 | 472 |
| C227 | 178 | 22.90 | 520 | 497 |
| C274 | 114 | 28.20 | 1528 | 1462 |
*Customized Size Available
STANDARD
ASTM B843-1995,GB/T21448-2008,GB/T17731-2009
QUALITY CONTROL
Quality Control in our foundry begins on the foundry floor, where the first line of inspection is the casting and molding
crew, our lab technicians inspectors and managers completes the quality team. Our quality control staff carefully
monitors raw material, core materials,packaging and all aspects of production.
APPLICATION
Happysoul Bare Magnesium Anode Chemical Composition: M1C (High Potential) AZ63B (Standard or Low Potential)
Specification:32Ibs/14.5kg 32D5 Material: Extruded Magnesium anode AZ31B
Chemical Composition: Mg,Al,Zn,Mn,Fe,Cu, Mg balance
Dimensions::Customer’s Demands
Product technology:cast,extrusion
Shape: Customize
Product: magnesium ribbon anode
Chemical Composition: Mg,Mn,Al,Zn,Cu
Standard: ASTM G-97
Capacity:500 Amp hrs/lb min
Certificate: ISO9001
Delivery time: 20 days
