Name: China Customized Titanium Anode Water Electrolysis Suppliers, Manufacturers, Factory - Wholesale Price - JMYUN
Brand: Jmyun
SKU: 188984016

Products Description

It's used in Titanium Anode Water Electrolysis . In electrochemistry, there are two kinds of electrodes in the electrolyzer, one is the cathode and the other is the anode. The titanium anode is one such anode.

Product Name: Titanium anode water electrolysis

Base Material: Gr1

Coating: Ruthenium-Iridium oxide coating, Ruthenium-Titanium coating;

Size: Thickness ≥ 1mm, width ≤ 1200mm, length ≤ 6000mm

titanium anode assembly size: 300*100*1.0mm

Baffles: Gr2 Ti Plate Thickness 1.0mm 2.0mm Custom-made size available

Customized Shapes

Status: Annealed

Application: Metallurgy, Pharmacy, Salt, Chemical, Petroleum

Active coating titanium anodes (DSA)

Products Parameter

Coating Metal	Titanium-based ruthenium-iridium coated electrode.
Current Density	2000A/m2
Temperature	<50℃
Salt solution concentration	3-5%.
Coating Thickness	6-10 micron(10g/m2)

Products Advantage

1. 2 years warranty.

2.Factory direct price.

3. 20 years titanium anode production experience.

4. China'sadvanced technology.

5. imports precious metals

6. The lastest sintering process.

7. Support samples.

Titanium anode water electrolysis Service

1.Free consultation

2. Customer talking about needs

3.Product design by technical team

4.Sending samples for testing

5. Test success, production of large goods

6. Communicate usage regularly

Products Selection

The surface coating of the Titanium Anode Water Electrolysis affects the current and conduction speed of the electrode. The oxygen evolution potential of the anode coating is positively correlated with the catalytic activity of the electrode. It can be used as the preferred focus of high-salinity wastewater treatment coated titanium electrodes.

Water treatment and sterilization currently generally adopts the oxidation disinfection method of adding chlorine or chloride to water. However, it is found that chlorine disinfection will cause the production of "three-hazard" (carcinogenic, teratogenic, and mutagenic) substances in drinking water. Treatment methods such as ultraviolet rays, ozone, ultrasound, magnetization, and electrostatics developed in recent years have not been widely used due to complex equipment, small water flow, or high treatment costs.

The view that chlorine sterilizes is that it works mainly through HClO. When HClO molecules reach the inside of bacteria, they can oxidize and destroy the enzyme system of bacteria, causing the bacteria to die.Therefore, even if chlorine is used continuously, bacteria will not develop drug resistance.

cell salt titanium chlorinated

Products Application

1. Used for the treatment of hospital sewage, the discharged sewage can reach the discharge standard after being treated by sodium hypochlorite.

2. For disinfection of swimming pool water.

3. Treatment of electroplating wastewater containing cyanide.

4. Lower BOD.

5. In addition to color and odor.

Advantages of titanium anode for industrial wastewater treatment

1. Electron transfer only occurs between electrolysis and wastewater components, and no additional redox agent needs to be added, avoiding the problem of secondary pollution caused by the addition of additional agents

2. The reactor equipment and its operation are generally simple, and if the design is reasonable, the cost is not expensive

3. If the scale of sewage discharge is small, on-site treatment can be achieved

4. When the wastewater contains metal ions, the cathode and anode can work at the same time (cathode reduces metal ions, anode oxidizes organic matter) to maximize the treatment efficiency and recover and reuse valuable chemicals or metals

5. It can be used as a single treatment or combined with other treatments.

6. It has the functions of flotation, flocculation and disinfection

7. As a cleaning process, its equipment occupies a small area and is particularly suitable for sewage treatment in crowded cities.

Where is the iridium-titanium mesh used in the sewage treatment plant? The electrochemical method can achieve satisfactory results for synthetic drug wastewater such as organic chlorine, phosphorus, sulfur, papermaking, and printing and dyeing wastewater that are difficult to treat by biological methods.