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Titanium Anode For Copper Foil Electrolysis

product name：Titanium anode for copper foil electrolysis
Material selection: Commercially pure titanium grade 1, grade 2
Usage environment: PH value: 1-12
Metal content: 8g/m2-25g/m2
Coating material: RuO2+ IrO2+X
Current range: <3000A/㎡
Coating thickness: 2-10μm
Product shape: mesh, plate, tube, rod, etc

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Product Introduction

Electrolytic copper foil is in the electrolyte, and the titanium anode is gathered in the electrolytic tank to establish an electrochemical potential difference with the copper cathode.After the two electrodes are connected into a circuit, the titanium anode will be gone through an immediate current, and the oxygen created by the anodization will be delivered into the electrolyte, and will be adsorbed by the copper particles in the electrolyte, (for example, copper sulfate arrangement), and will frame on the anode surface. A decrease response happens on the copper foil, lessening the copper particles into metallic copper, consequently getting an unadulterated copper film on the copper foil. During this interaction, the titanium anode plays a protective and conductive part.

Titanium anode for copper foil electrolysis is a key material used in the electroplating process. It is made of high-purity titanium metal. After special processing, it has excellent corrosion resistance, electrical conductivity and mechanical strength. It can effectively improve the electroplating effect and is widely used in electronics, communications, automobiles and other industries.
Titanium anodes for copper foil electrolysis have shown outstanding advantages in terms of flatness and conductivity during the manufacturing process, as well as service life and corrosion resistance.

Product parameters of copper foil titanium anode for electrolysis

product name	Titanium anode for copper foil electrolysis
Material selection	Commercially pure titanium grade 1, grade 2
size	customizable
conductivity	Excellent
Corrosion resistance	outstanding
Mechanical strength	high
Usage environment PH value	1-12
Metal content	8g/m2-25g/m2
Coating material	RuO2+ IrO2+X
Current range	<3000A/㎡
Coating thickness	2-10μm
Product shape	mesh, plate, tube, rod, etc

Titanium anode production process

1. When purchasing GR1 model titanium substrate, make sure the surface of the plate is smooth and smooth, without deep scratches or defects.

2. Mechanical processing of the purchased titanium substrate into the specifications and sizes required by the customer.

3. Anneal and level the titanium substrate at a temperature of >500°C. (To eliminate stress and ensure flatness.)

4. During the annealing and leveling treatment, a dense titanium oxide layer will be formed on the surface of the titanium substrate, which is polished mechanically or manually to give the surface the metallic luster of titanium.

5. Use 10% concentration oxalic acid to pickle and etch the titanium substrate, and carry out it in a slightly boiling state for several hours to etch the surface oxide layer into a hydrogenated titanium surface.

6. Make reasonable qualitative and quantitative configuration of the precious metal solution according to the anode environment used by the customer.

7. Check that the pickled titanium base material is qualified, that is, the surface layer has a gray uniform pitted structure, and then it is manually coated, and then sintered at a suitable temperature. After sintering, it is naturally cooled, and the second coating is carried out when it is cooled to normal temperature. and so on, until the prepared solution has been applied more than 17 to 20 times.

8. After the sintering of the above processed parts is completed, the life test piece will be carried out with the furnace test piece, and the test piece will be packaged and shipped if it passes the test.

Benefits of titanium anodes for electrolytic copper foil:

Great erosion obstruction: Titanium-palladium combination anode has great erosion opposition, isn't effortlessly eroded, and can turn out steadily for quite a while in cruel conditions.

2.
Long life: Titanium anodes have fantastic erosion obstruction and high strength, and can turn out steadily for quite a while, permitting the electrolytic copper foil creation line to work steadily and save substitution costs.

3.
High productivity: Titanium anode has great conductivity and can steadily move current to the electrolyte to further develop electrolysis productivity.

4.
Energy saving and ecological security: Titanium anodes have a long help life and can lessen the age of waste. Simultaneously, titanium-palladium compound is additionally a harmless to the ecosystem material that can meet the natural security necessities of current industry.

Application of titanium anode for copper foil electrolysis

In the electronic field, titanium anodes for electrolytic copper foil can be utilized as assembling materials for electronic parts, like high-recurrence inductors, transformers, and so on. Likewise, titanium anodes can likewise be utilized to make electrolytic copper foil for incorporated circuit sheets (PCBs). This copper foil has the qualities of low obstruction, normal lines, and smooth surface, which can guarantee the functioning security and dependability of the PCB.

In the semiconductor field, titanium anodes for electrolytic copper foil can be utilized to fabricate semiconductor materials, like silicon wafers, films, and so on. Likewise, titanium anodes can likewise be utilized to make mirrors, refractors, and so on. in optical instruments.

In the aviation field, titanium anodes for electrolytic copper foil can be utilized to make high-accuracy flight instruments, rockets, satellites and different parts. What's more, titanium anodes can likewise be utilized to make materials in the energy field like sun powered cells.