lead dioxide anode for Hydrometallurgy from China manufacturer - Xi'an Taijin Industrial Electrochemical Technology Co., LTD.

Price:	50.0 USD
Payment Terms:	T/T,WU
Place of Origin:	Shaanxi, China (Mainland)


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Product Detail

Model No.: TJP

Packing: Plastic or paper as inside,...

Brand Name: TaiJin

Coating Catalyst: Iro2

Country of origin: China

Shape: Different dimension is avai...

Substrate: ASTM B265 Gr1 or Gr2

Production Capacity: 100 pieces 15 days

Delivery Date: 2 days to 15 days depend on...

Application: Hydrometallurgy

Color: Black

Ti content: 99.9%

Powder or not: Not powder

Titanium lead dioxide coated plate anode for hydrometallurgy are production & designed by Xi'an Taijin Co.

PbO2 coatings anode for Hydrometallurgy

Taijin Pbo2 coatedTi electrode is a new type of shift in the lead base metal anode, is a combination of precious metal coating and lead oxide anode. This novel anode is belong to lead anode derivative products, it take over the advantages of coated titanium anode and lead anode, also overcome the disadvantages of lead anode easy to bend or corrosion, as well as the high price in Ti coated anode.Perfectly in line with the trend and direction of anode of hydrometallurgyindustrydevelopment.

From the aspects of saving energy and reducing resource consumption and environmental protection,Pbo2 coatedTi electrodeis a kind of higher comprehensive properties novel anode.

Application
1.Used as electrode anode materials, including electrolytic manufacturing of chromic acid, perchlorate, electrolytic oxidation method to purify the wastewater to reduce COD 2.Electrolytic smelting metals,Due to Pbo2 coatedTi electrode is resistanttosulfuric acids, suitable for electrodeposition insoluble anode materials in Zinc, Copper, Nickel, Cobalt sulfate, etc 3.Oil and water separation 4.Zinc plating, passivation, waste recycling; 5.Cathode anticorrosion 6.Neutral electrolytedephosphorization

Application

1.Used as electrode anode materials, including electrolytic manufacturing of chromic acid, perchlorate, electrolytic oxidation method to purify the wastewater to reduce COD

2.Electrolytic smelting metals,Due to Pbo2 coatedTi electrode is resistanttosulfuric acids, suitable for electrodeposition insoluble anode materials in Zinc, Copper, Nickel, Cobalt sulfate, etc

3.Oil and water separation

4.Zinc plating, passivation, waste recycling;

5.Cathode anticorrosion

6.Neutral electrolytedephosphorization

Advantages
1.Good electrical conductivity, high hydrogen evolutionoverpotentiality, good catalytic property,corrosion preventive, stable chemical properties, high electrochemically, allow passing a large current 2.Chemical stability,a lot of oxidant and acid have no effect on anode 3.good corrosion preventive and long life time(Especially shows long life in sulfuric acid solution andOrganic electrolyte). 4.hardness, abrasion resistance, low cost,. 5.Dimensionalstability, small space between the electrodes in using process,to solve the traditional lead anodefracture problems in solid, liquid and gas environment 6.Green,not to pollutebath solution,high quality 7.Ti base can reusable

Advantages

1.Good electrical conductivity, high hydrogen evolutionoverpotentiality, good catalytic property,corrosion preventive, stable chemical properties, high electrochemically, allow passing a large current

2.Chemical stability,a lot of oxidant and acid have no effect on anode

3.good corrosion preventive and long life time(Especially shows long life in sulfuric acid solution andOrganic electrolyte).

4.hardness, abrasion resistance, low cost,.

5.Dimensionalstability, small space between the electrodes in using process,to solve the traditional lead anodefracture problems in solid, liquid and gas environment

6.Green,not to pollutebath solution,high quality

7.Ti base can reusable