Ruthenium-iridium Titanium Electrode Plate

 

Product Name	Titanium RU-IR anode sheet for water treatment
Substrate	Titanium Grade 1, Titanium Grade 2
Coating	1. Ruthenium-Titanium Anode 2. Ruthenium-Iridium Titanium Anode 3. Iridium-Tantalum Titanium Anode 4. Iridium-Tantalum-Tin Titanium Anode 5. Iridium-Platinum Titanium Anode 6. Platinum Titanium Anode 7. Lead dioxide Titanium Anode
Coating Thickness	6~12micron--Mixed precious metal oxide coating 0.5~5micron--Platinum coating
Current density	< 20000 A/M2
PH value	1-14
Content of Florin Ions	<50mg/L
Delivery time	Small batch 10-100 pieces production time 7-10 days or so The production time for large orders of 100-1000 pieces is about 15-25 days
Packing method	Packing in cartons or wooden cases

 

 

 

 

 

 

a. a. Preparation: Make sure there are no impurities in the electrolytic cell. Install the ruthenium-iridium-titanium anode plate in the electrolytic cell, and ensure that the electrode plate and the electrolyte are in full contact.
b. Connect power supply: Connect the ruthenium iridium titanium electrode to the electrode port of the power supply or electrolysis equipment. Ensure proper connection and follow the operating instructions of the device.
c. Control conditions: We can set current density, time and temperature according to our needs.
d. Start the electrolysis process: turn on the power supply and calculate the required time according to your needs
e. Monitoring: During the electrolysis process, you can record parameters such as current and potential, and then make adjustments and controls according to your needs

 

 

 

 

 

 

 

 

 

 

 

Electrolytic sterilization can be divided into two types: indirect sterilization and direct sterilization:

1, Indirect sterilization: using electrolysis to produce C10 Hcl03,H202,02, Substances such as 0H kill microorganisms
Extinguish. The existing commercialized disinfection processors mostly produce chlorine dioxide after adding electrolytes such as sodium chloride and disinfectants such as sodium hypochlorite.

2, Direct sterilization: Direct sterilization is the use of electrolytic electrodes to directly act on microorganisms, causing them to die.
Mechanism of electrolytic sterilization and disinfection:

(1) Electrolysis of chlorine containing water produces C10 and a small amount of higher valence chlorate. The reaction on the electrode is as follows, positive
Pole: 2C1-2e → Clz, Cl2+H0 → HC10+H "+C1, 0H ions diffuse into the liquid layer around the anode and neutralize the secondary ions
Chloric acid reacts to produce C10, and further reacts to produce chloric acid: 12C10-+6H20-12e → 4HCl0+8HC1+302. The HC10 and HC103 produced are strong oxidants with strong bactericidal effects on microorganisms.
(2) When electrolyzing water without chloride ions, if the raw water does not contain C1, it also has a good bactericidal effect, indicating that other oxidizing substances besides HOC1 are produced during electrolysis. After analysis, the following reactions exist on the anode side:
① HO → H °+0H
② 20H-2e → (0)+H2O → H202
③ 40H-4e → 2H20+02
④ (0)+02 → 03
Therefore, strong oxidizing disinfectants such as H202, 03, and (0) are produced, which make the treated water electrolyzed and have a strong bactericidal effect.

(3) Electrolysis directly acts on bacterial cell bodies, damaging a bacterial organelle and causing bacterial death. The modern view of chlorine sterilization is mainly through HC10. When HC10 molecules reach the interior of bacteria, they can oxidize and destroy the bacterial enzyme system, causing bacterial death. The oxidized products are Co2 and H2o

Therefore, even with continuous use of chlorine, it will not cause bacteria to develop drug resistance.

 

Several sterilization methods：

 

Disinfection method	effect	Side effect	There is no harm to human body in excess	Durability of disinfection	Degree of convenience
Electrolytic sterilization	good	No side effects	no	persistent	Automatic sterilization
Chlorine dioxide	good	No side effects	Minimal hazard	persistent	Salt should be added regularly
chlorine	preferably	Large and dangerous to operate	Greater harm	persistent	Need regular ventilation
ozone	good	Minimal hazard	Do great harm	nonpersistence	Automatic sterilization
Ultraviolet light	preferably	No side effects	no	nonpersistence	Need to change the lamp regularly
Sodium hypochlorite	preferably	Minor hazard	Minor hazard	nonpersistence	Automatic sterilization

 

 

1. During the electrolysis process, the distance between the titanium electrodes should not change, ensuring operation at a stable voltage.

2. Titanium anodes have a long working life. In the production of chlor alkali industry by diaphragm method, metal anodes are resistant to corrosion by chlorine and alkali.

3. The working voltage is low, so the energy consumption is small, which can save energy consumption. The DC power consumption can be reduced by 10% to 20%. If the titanium anode is working at low voltage reasons:
1) The overpotential of chlorine and oxygen on the active coated titanium anode is relatively low. When producing chlor alkali through saltwater electrolysis, the titanium anode has a low overpotential for chlorine, which is 140mV lower than that of graphite anode at 1A/cm2;
2) It can reduce the "bubble shielding effect". The bubbles generated on the surface of the metal anode are relatively small and detach quickly, which greatly reduces the inflation between the electrodes. The ohmic drop between the two poles is about 700mV, and the bubble diameter is about 3mm;
3) The resistivity of the titanium anode is reduced
4) Shortened the distance between poles.

 

 

 

 

 

Country:China

Add:Baoti road,Jintai,Baoji city,Shaanxi,China

Cel/Whatsapp :+86 18309262795

Email:annie@jmyunti.com

Website:www.jm-titanium.com

 

 

Hot Tags: ruthenium-iridium titanium electrode plate, China, suppliers, manufacturers, factory, customized, wholesale, buy, price, cheap, sale, quotation, in stock, free sample, ti in the periodic table, hexagon socket set titanium bolt with flat point, pure titanium tube coil, titanium sheet ASTM B 265, DIN127 titanium washer, titanium wheel lug nuts