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Titanium anode Iridium coating series IrO2 Copper recovery in etching liquid
| Place of Origin | China |
|---|---|
| Brand Name | CSTI |
| Certification | ISO9001:2015 |
| Model Number | IRIDIUM COATING SERIES TITANIUM ANODE-20221103 |
| Minimum Order Quantity | 1 Piece |
| Price | $100.00 - $1,000.00/ Piece |
| Packaging Details | 1. Packing with moisture-proof paper; 2. Packing with foam plastics in all sides; 3. Packing products in standard wooden cases. |
| Delivery Time | 10~25 work days |
| Payment Terms | T/T, L/C |
| Supply Ability | 100000 Set/Sets per Month |
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xProduct Details
| Substrate | Pure Titanium(Gr1) | Coating | IrO2 |
|---|---|---|---|
| Current Density | ≤20000A/㎡ | Coating Thickness | ≥10μm |
| Oxygen Evolution Potential | 1.5V(relative To Calomel Electrode) | Application | Copper Foil Manufacturing, Galvanized Steel,cathodic Protection,organic Electrolytic Synthesis, Chrome Plating.copper Recovery From Etching Liquid.swirl Electrolysis, Electrowinning, HHO Generator,waste Treatment |
| High Light | Iridium Coating Titanium Anode Plate,IrO2 Chrome Plating Titanium Anode Mesh,Etching Liquid Copper Recovery Titanium Electrode |
||
Product Description
Titanium anode Iridium coating series IrO2 Copper recovery in etching liquid
titanium anode with an iridium oxide (IrO2) coating is commonly used for copper recovery in etching liquid in electroplating processes. The IrO2 coating provides excellent corrosion resistance and durability, which allows the anode to withstand the harsh chemical environment of the etching liquid.
The electroplating process for copper recovery in etching liquid involves the use of a cathode and an anode. The anode is typically made of titanium with an IrO2 coating, while the cathode is made of copper. The etching liquid is a solution containing dissolved copper ions that are deposited onto the copper cathode during the electroplating process.
When a direct current is applied to the electrodes, copper ions in the etching liquid are attracted to the negatively charged copper cathode and are reduced to form a solid copper layer. At the same time, the anode releases electrons, which creates positively charged ions in the etching liquid. These ions then migrate to the negatively charged anode and are oxidized, which helps to replenish the copper ions in the etching liquid.
The use of a titanium anode with an IrO2 coating provides several benefits for copper recovery in etching liquid. The IrO2 coating provides excellent corrosion resistance and durability, which extends the lifespan of the anode and reduces the need for frequent replacement. Additionally, the IrO2 coating provides a high level of electrical conductivity, which ensures efficient electron transfer during the electroplating process.
Overall, the use of a titanium anode with an IrO2 coating is a popular choice for copper recovery in etching liquid in electroplating processes due to its durability, corrosion resistance, and efficient electron transfer.
Titanium anode Iridium coating series IrO2 Copper recovery in etching liquid Specification
Substrate: Pure Titanium(Gr1)
Coating: IrO2+x
Coating Content: >5g/㎡
Coating Thickness: ≥10μm
Current Density: ≤20000A/㎡
Oxygen evolution potential: 1.5V(relative to calomel electrode)
Characteristic
1. High anti-corrosion characteristic.
2. High current efficiency. Oxygen evolution potential ≤1.5V.
3. Long working life, high electric catalytic oxidation activity.
4. Substrate could be reused.
5. High current density, high production efficiency.
6. Light weight
Project Case
PROJECT FOR ANNUAL OUTPUT WITH 100 THOUSANDS OR TONS ELECTROLYTIC MANGANESE(CL<200PPM)
|
Anode Type |
Current density A/㎡ |
Consumption of per ton KWh |
Production kg/pc |
Life |
|
Lead oxide anode |
370-420 |
5800-6000 |
3.5--3.8 |
18months |
|
MMO anode |
370-420 |
5400-5600 |
3.7--4.0 |
36months |
PROJECT FOR ANNUAL OUTPUT WITH 50 THOUSANDS OF TONS ELECTROLYTIC MANGANESE(CL<500PPM)
|
Anode Type |
Current density A/㎡ |
Cell voltage V |
Current efficiency |
Life |
|
Lead oxide anode |
100-230 |
3.9-4.0 |
89%-91% |
18months |
|
MMO anode |
100-230 |
3.6-3.7 |
93%-95% |
＞36months |
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Baoji city changsheng can provide Life Test
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Coating Thickness Test
Titanium anode Iridium coating series IrO2 Copper recovery in etching liquid application case
Here is an example of an application case for an IrO2 Iridium coating Titanium anode for Copper recovery in etching liquid:
A metal finishing company has a process for etching copper off the surface of a workpiece to create a pattern. The etching process generates an etching liquid that contains copper ions. The company wants to recover the copper from the etching liquid for reuse in their copper plating process.
The company decides to implement an electroplating process using a titanium anode with an IrO2 Iridium coating to recover copper from the etching liquid. The anode is connected to a DC power supply, which applies a current to the anode and cathode to drive the electroplating process.
During the process, the titanium anode with the IrO2 Iridium coating releases electrons, which attracts positively charged copper ions from the etching liquid. The copper ions are reduced and deposited onto the copper cathode, forming a solid layer of copper.
The anode is designed to withstand the harsh chemical environment of the etching liquid and the electroplating process, thanks to the IrO2 Iridium coating. The IrO2 Iridium coating provides excellent corrosion resistance and durability, which extends the lifespan of the anode and reduces the need for frequent replacement. Additionally, the IrO2 Iridium coating provides a high level of electrical conductivity, which ensures efficient electron transfer during the electroplating process.
As a result, the metal finishing company is able to recover copper from the etching liquid and reuse it in their copper plating process, reducing waste and saving costs. The use of a titanium anode with an IrO2 Iridium coating for copper recovery in etching liquid in electroplating processes provides an efficient and cost-effective solution for metal finishing companies.
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