What Is Agricultural Electrolyzed Water Technology?
Agricultural electrolyzed water systems use electrochemical technology to generate functional water solutions through controlled electrolysis processes.
Among these components, the electrolysis cell is the core reaction unit, where electrical energy is converted into chemical energy through electrode reactions.
The performance of the electrolysis cell directly depends on the quality and design of the electrode assembly, especially the titanium anode.
How Does an Agricultural Electrolyzed Water System Work?
In many agricultural electrolyzed water generators, sodium chloride (NaCl) solution is used as the electrolyte.
When DC power is applied, oxidation and reduction reactions occur at the electrodes.
Cathode Reaction
Reduction reactions occur at the cathode side.
Anode Reaction
Oxidation reactions occur at the anode side, where chloride ions are converted into active chlorine species.
The anode reaction plays a critical role in generating hypochlorous acid (HClO), which is widely used in agricultural sanitation applications.
The Role of Titanium Anode in Agricultural Electrolyzed Water Systems
The titanium anode is the core electrochemical component inside the electrolysis cell.
Its performance directly affects:
| Performance Factor | Influence on Equipment |
| Chlorine evolution efficiency | Determines hypochlorous acid generation efficiency |
| Coating stability | Determines electrode lifetime |
| Current efficiency | Influences energy consumption |
| Surface condition | Affects long-term operating stability |
A suitable titanium anode helps equipment manufacturers achieve:
- Stable HClO generation
- Consistent electrolysis performance
- Lower operating voltage
- Reduced electrode replacement frequency
Therefore, titanium anode selection is an important step during electrolyzed water equipment design.
Why Choose Ru-Ir MMO Coating?
Agricultural electrolyzed water systems commonly use NaCl electrolysis to generate hypochlorous acid.
For this application, the titanium anode needs excellent chlorine evolution performance and stable catalytic activity.
Ru-Ir MMO (Ruthenium-Iridium Mixed Metal Oxide) coating provides:
High Chlorine Evolution Activity
The Ru-Ir MMO coating has excellent catalytic performance for chlorine evolution reactions, helping improve electrochemical efficiency.
Advantages:
- High chlorine generation efficiency
- Reduced electrode polarization
- Stable reaction performance
Stable Electrochemical Performance
Agricultural electrolyzed water equipment often requires continuous operation.
Ru-Ir MMO titanium anodes provide:
- Stable catalytic activity
- Reliable current transfer
- Consistent output performance
Corrosion Resistant Titanium Substrate
Titanium is selected as the electrode substrate because of its excellent corrosion resistance and mechanical stability.
Benefits:
- Excellent resistance in electrolytic environments
- High mechanical strength
- Lightweight structure
- Long-term dimensional stability
Ru-Ir MMO Titanium Anode Technical Specifications
| Parameter | Specification |
| Product Type | Ru-Ir MMO Titanium Anode |
| Titanium Substrate | Grade 1 / Grade 2 Titanium |
| Coating System | Ru-Ir Mixed Metal Oxide Coating |
| Application | Agricultural electrolyzed water systems |
| Electrolyte | NaCl solution |
| Main Reaction | Chlorine Evolution Reaction |
| Target Product | Hypochlorous Acid (HClO) Water |
| Electrode Structure | Plate / Mesh / Rod / Customized |
| Coating Area | Customized |
| Coating Loading | Customized |
| Coating Thickness | Customized |
| Working Current | Customized |
| Current Density | Customized |
| Operating Voltage | Customized |
| Operating Temperature | Customized |
| Service Lifetime | Designed according to operating conditions |
Providing accurate operating information allows our engineers to recommend the most suitable titanium anode solution.
Customized Titanium Anode Structures
Different electrolyzed water equipment designs require different electrode structures.
Ehisen provides customized titanium anodes according to your electrolysis cell design.
Match Your Installation Dimensions
The first step is to understand the available space and mounting structure inside your electrolysis cell.
We customize the electrode according to:
- Electrode length and width
- Substrate thickness
- Mounting dimensions
- Connection position
- Electrode spacing
- Available installation space
The objective is to ensure that the anode fits accurately into your existing equipment and works properly with the cathode, flow channels, seals, and other internal components.
Select the Right Titanium Substrate
The titanium substrate is selected according to the cell structure, electrolyte conditions, mechanical requirements, and operating environment.
- Titanium Mesh
An open structure that allows electrolyte to pass through the electrode and can facilitate gas bubble release. It is suitable for electrolysis cells where fluid circulation and an open electrode structure are important.
- Titanium Plate
A rigid and stable electrode structure that provides good mechanical strength and dimensional stability. It is suitable for applications requiring a flat and structurally stable electrode surface.
Optimize Electrode Dimensions and Active Area
The electrode size must be matched to both the available installation space and the required electrochemical performance.
We determine the appropriate electrode dimensions and active area based on factors such as:
- Operating current
- Target current density
- Required electrolysis performance
- Electrolyte conditions
- Electrode spacing
- Available cell space
How to Select the Right Titanium Anode for Your Equipment?
The correct titanium anode design depends on the actual operating conditions of your electrolysis system.
Important selection parameters include:
| Customer Information | Why It Matters |
| Electrolysis cell drawing | Confirm electrode installation structure |
| Electrode dimensions | Calculate effective coated area |
| Electrolyte type | Determine suitable coating system |
| NaCl concentration | Evaluate chlorine generation conditions |
| Working current | Calculate current density |
| Operating voltage | Evaluate system performance |
| Temperature condition | Estimate electrode lifetime |
| Expected service life | Optimize coating design |
Providing accurate operating information allows our engineers to recommend the most suitable titanium anode solution.
OEM Titanium Anode Manufacturing Capability
From Prototype Development to Mass Production：Ehisen specializes in customized MMO titanium anode manufacturing for electrochemical equipment manufacturers.
Our manufacturing process includes:
Titanium Substrate Processing
Titanium plates, meshes and rods are processed according to customer drawings and specifications.
Surface Treatment
The titanium surface is prepared to improve coating adhesion and long-term stability.
MMO Coating Application
Ru-Ir MMO coating is applied through controlled coating processes to achieve stable electrochemical performance.
Thermal Treatment
Controlled thermal treatment improves coating structure and electrode durability.
Quality Inspection
Each titanium anode is inspected according to customer requirements:
- Dimension inspection
- Surface inspection
- Coating quality evaluation
- Electrical performance testing
What Information Should You Provide for Titanium Anode Evaluation?
For a customized titanium anode solution, please provide:
| Information Required | Purpose |
| Electrolysis cell drawing | Evaluate electrode structure |
| Electrode dimensions | Confirm active area |
| Electrolyte information | Select coating design |
| Working current | Calculate current density |
| Operating voltage | Evaluate compatibility |
| Operating temperature | Estimate lifetime |
| Expected service lifetime | Optimize coating loading |
| Annual demand | Production planning |
You do not need to provide all information before contacting us.
Basic equipment parameters are sufficient for initial evaluation.
Why Choose Ehisen as Your Titanium Anode Supplier?
Ehisen focuses on customized titanium anode solutions for electrochemical applications.
Our capabilities include:
- Titanium substrate manufacturing
- MMO coating technology
- Customized electrode design
- Prototype development
- OEM production support
By combining titanium processing capability and coating expertise, Ehisen helps agricultural electrolyzed water equipment manufacturers develop reliable electrolysis solutions.
Frequently Asked Questions
What titanium anode is used in agricultural electrolyzed water systems?
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Ru-Ir MMO titanium anodes are commonly used in agricultural electrolyzed water systems based on NaCl electrolysis because they provide excellent chlorine evolution performance.
Why is Ru-Ir MMO coating suitable for hypochlorous acid generators?
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Ru-Ir MMO coating provides high catalytic activity for chlorine evolution reactions, making it suitable for equipment requiring stable active chlorine generation.
Can titanium anodes be customized according to our electrolysis cell design?
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Yes. Ehisen provides customized titanium anodes according to electrode drawings, dimensions, electrical parameters and lifetime requirements.
What information is required before purchasing titanium anodes?
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Equipment drawings, electrode dimensions, operating current, electrolyte conditions and lifetime requirements are recommended for technical evaluation.
Request a Customized Titanium Anode Solution
Ehisen provides customized titanium anode solutions for:
Hypochlorous acid generators
- Agricultural electrolyzed water systems
- Salt electrolysis equipment
- OEM electrolysis cells
Send us:
- Electrolysis cell drawing
- Electrode specifications
- Operating conditions
- Lifetime requirements
Our engineering team will evaluate your application and recommend a suitable Ru-Ir MMO titanium anode design.
Our address
No. 369, Gaoya Industrial Park, Weibin District, Baoji City, Shaanxi Province, China 721013
Phone Number
86+18710841426
elowenyu@ehisen-anode.com
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