Ru-Ir Titanium Anode For Agricultural Electrolyzed Water & Sodium Hypochlorite Generation

Customized Ru-Ir MMO titanium anodes for agricultural electrolyzed water production, on-site sodium hypochlorite generation, irrigation-water disinfection, greenhouse sanitation, and hydroponic water-treatment systems.

Ehisen provides Ru-Ir coated titanium anodes specifically designed for agricultural electrolyzed water production equipment. In NaCl- or KCl-based electrolysis systems, the Ru-Ir MMO coating provides the catalytic surface for chloride oxidation and active-chlorine generation, while the titanium substrate provides corrosion resistance and mechanical stability.

These electrodes can be used in agricultural electrolyzed water generators, sodium hypochlorite generators, hypochlorous acid generation systems, greenhouse water-treatment equipment, irrigation-water disinfection systems, and hydroponic water-treatment equipment.

According to different electrolyzer designs, Ehisen can customize the titanium substrate, electrode dimensions, Ru-Ir coating, coating loading, active area, electrical connection, and electrode assembly based on actual salt concentration, current density, water quality, flow rate, chlorine-output requirement, polarity mode, and expected service life.

Ehisen can customize MMO titanium electrodes according to the structure and operating conditions of agricultural electrolysis equipment.

The final coating design should be confirmed according to the actual electrochemical conditions rather than selected only from a standard coating-loading table.

Ru-Ir MMO titanium anodes for agricultural electrolyzed-water systems are designed for stable chlorine generation, corrosion resistance, flexible customization, and long-term operation in chloride-containing electrolysis environments.

High Catalytic Activity for Chlorine Evolution

The Ru-Ir MMO coating provides an active electrochemical surface for chloride oxidation, helping support efficient formation of chlorine species such as Cl₂, HOCl and OCl⁻ in agricultural sodium hypochlorite and electrolyzed-water generation systems.

Corrosion-Resistant Titanium Substrate

Commercially pure titanium provides excellent corrosion resistance and mechanical stability in chloride-containing aqueous environments, making it suitable for long-term use inside electrolysis cells.

Stable Electrochemical Performance

Controlled substrate preparation, coating application and thermal treatment help improve coating uniformity and support more consistent electrochemical performance during repeated operation.

Custom Coating for Actual Operating Conditions

The Ru-Ir coating system and coating loading can be adjusted according to salt concentration, current density, operating temperature, water quality, polarity mode and expected service life rather than using one fixed specification for all projects.

Multiple Electrode Structures

Electrodes can be customized as plate, mesh, multi-plate assembly or other special structures according to the cell design, required active area, flow conditions and electrical configuration.

Suitable for Normal and Evaluated Reverse-Polarity Systems

For electrolyzers using polarity reversal to help control scaling, the electrode system can be evaluated according to the reversal interval, current density, hardness and actual operating conditions.

Custom Active Area and Electrical Connection

Single-side or double-side coating, uncoated connection areas, titanium rods, tabs, bolts, welded connections and other structures can be customized according to the electrolyzer design.

OEM and Small-Batch Support

Electrodes can be manufactured according to customer drawings, from prototype development and sample testing to small-batch and mass-production requirements.

Designed for Agricultural Electrolysis Applications

Suitable for applications including agricultural electrolyzed-water generators, sodium hypochlorite generators, hypochlorous acid generation systems, irrigation-water disinfection, greenhouse water treatment and hydroponic water-treatment equipment.

On-site sodium hypochlorite generation can be integrated into multiple agricultural water-treatment and sanitation processes.

Different applications require different chlorine concentrations, flow rates and contact conditions. Therefore, the generator-and consequently its electrode system-should be designed according to the intended application.

Agricultural sodium hypochlorite generators convert chloride-containing water into an active-chlorine solution through controlled electrolysis.

The feed-water quality, salt concentration, flow rate, applied current and electrode active area all influence the electrochemical process.

For this reason, chlorine output should not be considered independently from electrode design.

If a generator manufacturer needs higher production capacity, simply increasing current without considering effective coated area may increase current density and electrochemical stress on the coating.

The anode therefore needs to be designed as part of the complete electrolyzer rather than selected as an isolated replacement component.

The condition and design of the Ru-Ir titanium anode can influence chlorine-generation stability, cell voltage, energy consumption, maintenance requirements and electrode lifetime.

Chloride oxidation occurs directly on the catalytic coating surface. The available active area and current density therefore need to be properly matched.

If the electrode is operated under excessive current density, unsuitable electrolyte conditions or severe scaling, its electrochemical performance and service life may be affected.

Cell voltage is another useful operating indicator. Changes in coating activity, scale accumulation, electrical contact resistance or electrolyte conductivity can contribute to increasing voltage during operation.

Because electrical power is related to current and voltage, unnecessarily high cell voltage can also increase energy consumption.

For OEM generator manufacturers, electrode cost should therefore not be evaluated only by the initial purchase price. Stable output, maintenance intervals, replacement frequency and downtime all contribute to the actual operating cost of the system.

Stable electrochemical performance begins with controlled titanium preparation, coating application, thermal processing and final inspection.

The performance of an MMO titanium anode is determined not only by which precious metals are present in the coating, but also by substrate preparation, coating uniformity, thermal treatment and the quality of the electrical connection.

Depending on project requirements, electrode dimensions, coating condition, electrical connections and other agreed specifications can be inspected before shipment.

For OEM projects, inspection requirements can also be discussed during technical confirmation so that the acceptance criteria are clear before production begins.

For agricultural electrolyzer manufacturers, customized electrode design can help match the anode to the existing cell instead of forcing the cell to adapt to a standard electrode.

Different sodium hypochlorite generators may have very different electrode arrangements.

Some require parallel titanium plates. Others use expanded titanium mesh to increase effective surface area or improve fluid distribution. Compact cells may have narrow electrode gaps, while higher-capacity systems may use multiple electrode pairs or bipolar structures.

Electrical connections also matter.

Current needs to be distributed effectively across the active electrode area. Poor contact design, unsuitable welding positions or uneven current distribution can create local high-current-density areas and affect long-term performance.

Ehisen can manufacture electrodes according to customer drawings or cooperate during the development stage to evaluate:

electrode dimensions → effective area → current density → coating system → connection structure → cell compatibility

This is particularly useful for OEM customers developing new agricultural electrolyzed-water or sodium hypochlorite generator models.

Ehisen focuses on customized precious-metal-coated titanium electrodes rather than supplying only fixed-size standard anodes.

 

Agricultural sodium hypochlorite equipment can vary greatly in flow rate, chlorine output, electrolyte concentration, cell structure and operating mode.

 

For this reason, our approach is to understand the operating conditions first and then determine the electrode solution.

 

Ehisen can provide:

● Ru-Ir MMO titanium anodes for chlorine evolution;

● customized plate, mesh and special electrode structures;

● production according to customer drawings;

● coating design according to operating conditions;

● electrode solutions for normal and evaluated reverse-polarity applications;

● sample and small-batch production;

● OEM/ODM support;

and technical communication for new electrolyzer development.

 

Whether you are developing a new agricultural electrolyzed-water generator or looking for a replacement anode for an existing sodium hypochlorite electrolysis cell, providing the actual operating conditions allows us to evaluate the electrode more accurately.

Global Shipping Options:

At Ehisen, we understand the importance of reliable and efficient delivery for our metalwork pieces. That's why we offer a variety of shipping options to meet the diverse needs of our international clients.

 

Standard Shipping: Our standard shipping offers an affordable way to deliver your order within the typical timeframe of 15-30 business days, depending on your location.

 

Express Shipping: For faster delivery, choose our express shipping service which ensures your order arrives within 7-15 business days.

 

Custom Solutions: For large or unique orders, we provide custom logistics solutions tailored to ensure the safe and timely arrival of your products.

Packaging:

Every order is packaged with utmost care using robust materials designed to protect your metalwork during transit. For specific packaging requirements or concerns, please contact our support team.

Tracking Your Order:

Once your order is dispatched, you will receive a tracking number via email. You can use this number to check the current status of your shipment on our website at any time.

Customs and Duties:

Please note that international shipments may be subject to customs fees and import duties. These charges are the responsibility of the recipient and vary from country to country. We recommend contacting your local customs office for further information.

Need Help?

Our customer service team is here to assist with any shipping or delivery questions you may have. Contact us or via our live chat service on our website.

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