Ru Ir Titanium Anodes
Base metal: Gr.1Gr2
Metal content: 8g/M2-25g/m2
Usage environment: pH value: 1-12
Temperature range: <60℃
Coating materials: Ruo2+Iro2+x
Coating thickness: 2-10 inches
Product type: plates, nets, rods, tubes, etc.
Product Introduction
product description:
The principle of producing sodium hypochlorite by the electrode method is to use diaphragm-free electrolysis to generate sodium hypochlorite through a homogeneous secondary chemical reaction. The reaction principle of the anode is to electrolyze sodium chloride (flakes) and release it into the swimming pool. During the electrolysis process, sodium hypochlorite is formed. The most suitable salt concentration is 3%-5%. Sodium hypochlorite generator uses plate electrode and tube electrode. Coated titanium electrodes can be used as anode materials. Mixed oxide coated titanium anode has long life, low overpotential, high chlorine efficiency and good energy saving effect.
The Ru Ir Titanium Anodes currently produced by our company are used for sanitary disinfection, swimming pool disinfection, tableware disinfection, hygienic food disinfection and other sodium hypochlorite generators that are directly related to human health. In terms of environmental protection, there are mainly sodium hypochlorite generators used for hospital sewage treatment and various industrial wastewater treatment.
Ru Ir Titanium Anodes performance requirements can be processed according to customer needs.
Product parameters:
RUIR titanium anode for electroplating
Application fields: electroplating of zinc, electroplating of precious metals (including gold plating, silver plating, palladium plating, etc.); electroplating of hard chromium; electroplating of nickel; electroplating of tin (tin-plated steel).
Coating type: titanium-based ruthenium-iridium
Advantages compared with traditional lead anodes for electroplating
Low battery voltage and low energy consumption.
The electrode loss rate is small and the size is stable
The welding rod has good corrosion resistance, and its insolubility does not pollute the plating solution, making the coating performance more reliable.
New titanium anode structure further reduces weight and facilitates operation.
Long service life, the base material board or sheet can be reused, saving costs.
The oxygen evolution overpotential is about 0~5V lower than that of the lead alloy insoluble anode, which reduces the cell voltage and energy consumption.
Electrochemical performance and life test.
|
Name
|
Titanium Ruthenium lridium
|
Working Condition G/L
|
30-50
|
|
Enhanced Weighlessneless Mg
|
≤10
|
Current Density AIM2 |
500-1500 |
|
Polarizability Mv
|
40 |
Salt Consumption Kg |
7th-April 2023 |
|
Chlorine Evolution Potential V
|
≤1.13 |
Power Consumption Kwh/Kg |
3.7-7 |
|
Test Conditions
|
1mol/L H2SO4 |
Hypochlorous Acid Yield GIL |
10thJune 2023 |
Titanium anode application areas:
● Chlor-alkali industry
● chlorate industry
● Chlorine dioxide is produced by electrolysis
● electrolyzed ionized water
● Electrolysis of seawater produces chlorine
● Diaphragm caustic soda production
● Power plant circulating water is used to kill bacteria and algae
● Acid water electrolysis
● Electrodeposition of metals in chloride systems
● Electrodialysis, etc.
Ru Ir Titanium Anodes Product Picture
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