platinized titanium anode

Platinized titanium anode on a titanium anode can be used to create a functional water electrode. Functional water refers to water that has been treated to contain additional benefits beyond its normal hydration properties.platinum coated titanium electrodes Electrolyzed functional water is produced by passing an electric current through water that has been treated with an electrolyte. The process generates an alkaline and acidic solution that can be used for a variety of applications, such as cleaning, sterilizing, and disinfecting.

Platinized titanium anode serves as a catalyst to facilitate the electrolysis process. The Pt coating provides a large surface area for the electrolysis to occur, reducing the energy required to generate functional water. Additionally, the Pt coating is resistant to corrosion, making titanium anode for functional water as ideal for long-term use.

The process of platinum coated titanium electrodes involves using electroplating techniques. Titanium Anode For Functional Water is cleaned and prepared before being placed in a plating solution containing the Pt ions. An electric current is passed through the solution, causing the Pt ions to deposit onto the titanium surface. The thickness of the Pt coating can be controlled by adjusting the duration of the plating process.

Overall, platinized titanium anode can be an effective way to produce functional water with reduced energy requirements and improved corrosion resistance.

Parameters:

1. Substrate: TA1

2. Electrode column: TA1

3. Connection method of electrode column: bump welding, spot welding or screw fixing

4. Electrode thickness: 0.5mm

5. Coating process: Platinum plating

6. Coating composition: Pt

7. Coating amount of precious metal: 0.2-5μm

8. Working environment temperature: ≦65 ° C

9. the use of environmental PH: 2-12

10. Working current density: ≦3000A/m2

Electrode features:

The platinum and titanium substrates are firmly combined, with stable performance, high output current density, low loss, and long life. Product shape: mesh, mesh ring, platinum ring, strip, honeycomb, etc., can process other special-shaped parts : Filter paper wipes the surface of the plate, filter paper is free of foreign matter uniformity test: X-ray fluorescence spectrometer ≦ 10%

Main uses: hydrogen-rich water cups, hydrogen water, electrolytic water cups, electrolytic hydrogen production equipment, etc.

Precautions for using platinum-plated electrodes for hydrogen-rich water bottles:

1. Pay attention to protect the coating surface, and prevent scratches, collisions, and friction on the surface during transportation, installation, and use. Prevent oil, strong corrosive substances, and deformation from affecting the titanium electrode.

2. To prevent the anode and cathode plates from short-circuiting, do not match the electrodes in opposite directions.

3. Operate strictly in accordance with the process specifications. Excessive current, excessive voltage, sudden power failure, excessive solution concentration, temperature, impurity ions and other factors will affect the use of platinum-plated electrodes.

Platinum-coated Titanium Electrode process

The platinum-plated titanium electrode produced by Baoji City Changsheng Titanium Co., Ltd. uses a special electroplating process. The surface of the specially treated titanium substrate is plated with 1-10 μm of platinum. It can be fully plated or partially plated. Titanium clad copper and other composite materials are plated with platinum. The surface of the product is silver-white, with the advantages of even and delicate plating, strong bonding, large output current, and long service life.

Application Case

One application case for platinized titanium anode for functional water production is in the food industry. Functional water can be used to clean and disinfect food processing equipment, as well as to extend the shelf life of fresh produce.

For example, a company producing fresh-cut fruits and vegetables may use electrolyzed functional water to clean their processing equipment and sanitize their products. Titanium Anode For Functional Water would be used in the electrolysis process to produce.

Titanium Anode For Functional Water provides several benefits in this application. First, the large surface area of the Pt coating allows for efficient electrolysis and production of functional water. Second, the corrosion-resistant properties of the Pt coating ensure that the anode can withstand the harsh chemical environment of the electrolysis process. Third, the long-term durability of the Pt-coated anode reduces the need for frequent replacement, resulting in cost savings for the company.

Overall, the use of platinized titanium anode in the production of functional water can provide a range of benefits for various applications, including improved efficiency, durability, and cost-effectiveness.

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