facebook pinterest linkedin twitter youtube
Home MMO Anode Coating Technology Platinium Coating Anode

Platinum coating Pure Titanium Dimensionally Stable Anode

Platinum coating Pure Titanium Dimensionally Stable Anode

Platinum-coated titanium electrode is a typical Dimensionally Stable Anode. It is a composite electrode constructed with a metallic titanium substrate as the base, upon which a thin layer of platinum (often not pure platinum but rather an alloy or mixture of platinum and other precious metals) serving as the active catalytic layer is applied onto its surface through specialized processes such as thermal decomposition or electroplating.

  • Chlorine Production:

    Customized
  • Input current:

    Customized
  • Input Voltage:

    Customized
  • Coating:

    Platinum
  • Dimension:

    Customized
  • Coating Thickness:

    Customized
  • PH level:

    1~14
  • life time:

    20 years
  • Product Details

Platinum coating Pure Titanium Dimensionally Stable Anode

 

Core Structure:

 

Titanium Substrate: Serves as the backbone of the electrode, providing mechanical strength, electrical conductivity, and specific geometries (e.g., mesh, plate, rod). A key advantage of titanium lies in the formation of a dense passive film on its surface, which protects the substrate from corrosion during anodic polarization.

 

Platinum Coating: Acts as the active surface where electrochemical reactions occur, delivering exceptional electrocatalytic activity and chemical stability.


This product's surface is evenly coated in black and highly durable. It boasts low chlorine-evolution potential, a long service life, and high current efficiency. The DC current range is between 2000A/㎡ and 10000A/㎡. Its working temperature range is from 25℃ to 80℃. Different metal coatings are available, such as Ruthenium, Ruthenium plus Iridium, Ruthenium plus Iridium plus Tin, and Rare earth plus Ruthenium. The coating thickness can be between 2μm and 10μm depending on the amount of Ruthenium used, which ranges from 8g/㎡ to 35g/㎡. It's suitable for working in an environment of PH 0-14, in temperatures of up to 100℃, or even in seawater without being affected by corrosion.


Advantage

  • #
    Excellent Performance
    Electrocatalytic Activity: The surface platinum coating inherits the high catalytic activity of pure platinum electrodes, exhibiting low overpotentials for oxygen evolution reaction (OER), chlorine evolution reaction (CER), and hydrogen evolution reaction (HER), resulting in high reaction efficiency.
     
    Chemical Stability: The platinum layer is resistant to acids and corrosion, while the titanium substrate remains highly stable under anodic conditions due to its passive state. The entire electrode demonstrates an extended service life even in harsh environments.
  • #
    High Mechanical Strength and Light Weight
    The titanium metal substrate offers higher strength and greater resistance to deformation compared to solid platinum electrodes, while also being significantly lighter. This facilitates easier installation and assembly into large electrode arrays.
  • #
    Dimensional Stability
    When conventional solid metal electrodes are used as anodes, their surfaces may dissolve or undergo reconstruction. In contrast, the titanium substrate of the platinum-coated titanium electrode does not dissolve, and the firmly adhered platinum coating maintains its initial geometric profile and dimensions over prolonged periods, ensuring stable and consistent operation of the electrolyzer.

--------------占位---------------


Manufacturing Process

Applications:

The chlor-alkali industry involves many different processes. Such processes include the diaphragm alkali legal system, the production of chlorine dioxide through electrowinning, acidic water electrolysis, electrochemical production of chlorine from sea water, sterilization of power plant circulating water alga with chlorine, electrowinning of metals in chloride systems, ionized water electrolysis, and electrodialysis.
 
 
These processes are all common components of the chlor-alkali industry and are regularly employed to produce different types of chlorine related products. Each process can be adjusted to meet specific needs in order to create higher quality and more efficiently produced chlorine related products.

 

 

 

Leave A Message
If you are interested in our products and want to know more details,please leave a message here,we will reply you as soon as we can.
Submit

Related Products

Open Channel UV Sterilizer
Low Pressure Open Channel UV System for waste water plant

Purevita UV Sterilization Technology utilizes a specially designed high-intensity, high-efficiency, and long-life C-band 253.6nm ultraviolet light generator to produce powerful UV irradiation for water streams. This UV light destroys the DNA structure of pathogens in water, rendering them inactive and achieving sterilization. The principle of UV sterilization relies on photon energy: shorter wavelengths correspond to higher photon energy, resulting in stronger germicidal efficacy. At 253.6nm, UV light rapidly and efficiently disrupts bacterial DNA, preventing replication and ensuring effective water disinfection.

View More
Salt Water Sodium Hypochlorite Generator
800g/h 0.8% Salt Water Electrolysis Sodium Hypochlorite Generator for Swimming Pool

The Esegen sodium hypochlorite generator generates a 0.8 % sodium hypochlorite solution through the electrolysis of brine, consuming only water, salt and electricity. By producing hypochlorite on-site and on-demand, the system eliminates concerns associated with transportation and storage of chlorine gas or commercial sodium hypochlorite solutions, making it ideal for any medium to large scale application requiring chlorination.

View More
Hypochlorous Acid Generator
1000ppm PH7 Hypochlorous Acid Generator for Production Line

Hypochlorous acid generator is a system which is produced by electrolysis of tap water through water purification system and is produced by a special electrolytic cell. The system produce hypochlorous acid (HOCl) with pH (5~6.5), redox potential (ORP value +750mv or more) and available chlorine (50~60mg/L), also produce sodium hydroxide (NaOH) with PH (10~12), redox potential(ORP value -800~900 mv).

View More
Exhaust Destroyer
Exhaust Destroyer for Ozone Generator

With a compact integrated design, the ozone heatingcatalytic decomposition unit, control panel and induceddraft fan are mounted on a welded steel frame, and theinside of the equipment has been filled with catalysts asrequired.  

View More
Magnetic Fenton Package System
Magnetic Fenton Package System for Pharmaceutical Wastewater

Fenton reaction: Under acidic conditions, H202 reacts with Fe2+to produce hydroxyl radicals, which can rapidly oxidize and decompose recalcitrant organic compounds. Our Magnetic Fenton Package System magnetize water molecules to rearrange them in the direction of magnetic field lines, greatly increasing the efficiency of hydroxyl radical oxidation and decomposition of COD. This can decompose most difficult to degrade organic compounds into carbon dioxide, water, and simple organic compounds

View More
Sodium Hypochlorite Dosing System
Jesco Pump Sodium Hypochlorite Chemical Dosing System for Water Plant

The sodium hypochlorite dosing system is configured with a softened water dilution function todilute the storage concentration of sodium hypochlorite to less than 5%

View More
Commercial Alkaline Water Machine
PH13 100L/H Commercial Alkaline Water Machine for Industrial Cleaning

The alkaline electrolytic ionized water is formed by membrane electrolytic technology, and increases the concentration of hydroxide ions (OH-) (pH 10~12) and oxidation potential (-900 mV) in water. Unlike usual alkaline water, alkaline electrolytic ionized water does not contain synthetic surfactants or chemicals, so it is reliable and safe to use and has a high cleaning, sterilization and deodorization effect. 

View More
Ruthenium-Iridium Coating Electrolytic cell
50g/h DSA Coating Horizontal Titanium Electrolytic cell for Sodium Hypochlorite Generator

The polarity reverse titanium electrolytic cell is utilized in sodium hypochlorite generators. Sodium hypochlorite solution is produced by electrolyzing a sodium chloride solution without a membrane and then diluting it. This technology is suitable for various applications including sodium hypochlorite generators, water treatment equipment, and electrolytic disinfection equipment.

View More
  Esegen (Guangzhou) Technology Co., Ltd is a technology-driven enterprise specializing in environmental protection equipment R&D. Our company is headquartered in Germany, we are dedicated to serving the global water treatment market.. With decades of expertise in catalytic oxidation, electrolysis, disinfection, and the R&D, design, and manufacturing environmental protection equipment, we are one of the most experienced companies in this field and recognized as a High-Tech Enterpris...
Room 814, Building 8, No. 80, Shilian Road (Shiqi Village Section), Shiqi Town, Panyu District, Guangzhou, China
Subscribe to Our Newsletter
Please Read On, Stay Posted, Subscribe, And We Welcome You To Tell Us What You Think.
SIGN UP
Follow Us
facebook pinterest linkedin twitter youtube

Copyright @ Esegen (Guangzhou) Technology Co., Ltd All Rights Reserved. Network Supported

XML Privacy Policy

Leave A Message

Leave A Message
If you are interested in our products and want to know more details,please leave a message here,we will reply you as soon as we can.
Submit

Home

Products

WhatsApp

contact