
Lead Dioxide-coated Titanium Anode
High-efficiency oxygen evolution electrode,
degradation of ammonia nitrogen,
electrolysis of sewage
Product Introduction
Lead Dioxide-coated Titanium Anode is a necessary product for water treatment to reduce ammonia nitrogen(COD、BOD) and electrolysis metal. It is made by special technical process, and can realize the treatment effect of electrochemical process. The product is specially used in waste water treatment, sewage treatment, chemical industry and a series of industrial water recycling equipment etc..
Electrochemical performance and life test
Coating |
lead oxide (PbO2) |
Coating thickness |
3mm |
Oxygen revolution potential |
<1.75V |
Suitable working environment |
Solution not contain Cl-, PH=7, High COD |
Test Conditions |
1mol/L H2SO4 |
CL-content |
<2g/L |
Electrolysis 100m3/h refinery secondary purification reverse osmosis concentrated water
Process route and process
This project adopts sodium hypochlorite catalytic oxidation and electrolytic catalytic oxidation technology to conduct separate and mixed treatment tests on saline biochemical effluent and reverse osmosis concentrated water. The results show that, under their respective suitable conditions, the effluent COD<50mg/L after separate or mixed treatment.
COD degradation effects and conclusions of titanium anodes coated with different systems
Electrode type |
Flooded COD/mg.L-1 |
Out of water COD/mg.L-1 |
Ruthenium iridium titanium anode |
125 |
67 |
Iridium Tantalum Titanium Anode |
125 |
56 |
Ruthenium iridium tin titanium anode |
125 |
56 |
Tin antimony interlayer lead dioxide titanium anode |
125 |
47 |
Composite interlayer lead dioxide titanium anode |
125 |
21 |
Field data of 200m³/h printing and dyeing wastewater treatment
On-site measured data
Electrolysis time(min) |
Ammonia nitrogen(mg/L) |
COD(mg/L) |
Chroma |
0 |
71.26 |
592 |
250 |
15 |
50.26 |
468 |
100 |
30 |
38.64 |
368 |
30 |
60 |
10.94 |
276 |
8 |
90 |
0.22 |
140 |
\ |
120 |
<0.5 |
37 |
\ |
lead dioxide titanium anode making:

Machining size and shape

pickling

sandblasting

plating
our shipping & packing:
customer feedback:



FAQ For Lead Dioxide Anode
Q: What is a lead dioxide anode?
A: A lead dioxide anode is a type of electrode used in electrochemical processes, such as electroplating, electrooxidation and wastewater treatment.
Q: How does a lead dioxide anode work?
A: A lead dioxide anode works by oxidizing compounds and ions in the solution it is immersed in. When a voltage is applied to the anode, it releases oxygen molecules, which react with the target compounds to break them down.
Q: What are the benefits of using a lead dioxide anode?
A: The benefits of using a lead dioxide anode include: high corrosion resistance, stable operating performance, high efficiency, low maintenance costs, and long service life.
Q: What are the applications of lead dioxide anodes?
A: Lead dioxide anodes are used in a variety of applications, including but not limited to: electroplating, electrooxidation, wastewater treatment, and electrochemical synthesis.
Q: How is a lead dioxide anode installed?
A: Installing a lead dioxide anode typically involves immersing it in the solution to be treated, and connecting it to an external power source. The anode should be installed in a location where it can operate safely and effectively, and in compliance with any relevant regulations or codes of practice.
Q: How can I maintain my lead dioxide anode?
A: To maintain your lead dioxide anode, it is important to clean it regularly and replace any damaged or worn components as needed. It is also important to regularly monitor the anode's performance and troubleshoot any issues as they arise.
Q: What are some common issues that can occur with a lead dioxide anode?
A: Some common issues that can occur with a lead dioxide anode include: decreased efficiency, mechanical damage, corrosion, and electrical problems. These issues can often be resolved with proper maintenance and troubleshooting techniques.
Q: Where can I purchase lead dioxide anodes?
A: Lead dioxide anodes can be purchased from Xubo. It is important to select a reputable supplier with a track record of providing high-quality products and excellent customer service.
why choose us:
(1) xubo's effective use of high-grade titanium as a raw material in the manufacturing process also ensures the best standards of durability and longevity of the lead dioxide-coated titanium anode
(2) Our team of experienced industry experts also helps in conducting rigorous tests to ensure its smooth operation.
(3) We also provide personalized and friendly service, material specifications, test reports, and special packaging as per the requirements of our customers, thus earning great appreciation from them.
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