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Titanium Electrode Applications

Titanium Electrodes Matched to Your Electrochemical Application

MMO titanium anodes, platinum coated titanium electrodes, custom electrodes and electrolytic components, developed around your process, electrolyte, target reaction, electrical load, equipment geometry and validation plan.

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Choose by Project Goal

What Should Your Electrochemical System Achieve?

Start from what the equipment must do, not from a coating name. Pick a goal to see the application page and the first data we review.

Treat or disinfect water

Water Treatment & Disinfection

We review the water or electrolyte, treatment objective, target reaction, electrical data and cell arrangement.

First data to prepare

  • Water analysis and treatment objective
  • Current, voltage and flow
  • Cell drawing or arrangement
Explore Water Treatment

Your goal is not listed, or your process combines several of them?

Describe My Project
How We Specify

The Application Name Is the Starting Point, Not the Electrode Specification

The same titanium form can serve very different electrochemical roles. A responsible recommendation starts with the process, then defines the coating, substrate, geometry, connections, validation and production controls.

  1. Define the objective

    What must the equipment generate, separate, treat, recover or protect?

  2. Define the reactions

    What is the electrolyte, and what should occur at the anode and cathode?

  3. Define the electrical window

    Current density, total current, voltage, temperature, polarity and duty cycle.

  4. Define the interface

    Dimensions, active area, spacing, flow, mounting, welding and connections.

  5. Define validation

    How fit, electrical behaviour and process result will be tested.

  6. Define repeat supply

    Drawing revision, inspection points, labels, packaging and change control.

Already have part of this data? Send it and we will tell you what is still missing.

Send What I Have
Electrolytic generation skid producing an active disinfectant on siteWater Treatment & Disinfection
Water Treatment & Disinfection

Match the Titanium Electrode to the Water You Actually Run

Water-treatment electrodes are selected from the actual water or electrolyte, the treatment objective, the target reaction, electrical load, flow, geometry and validation method.

  • Water or electrolyte analysis
  • Treatment or disinfection objective
  • Target reaction and coating direction
  • Electrode and cell arrangement
  • Test and acceptance method

Key data

  • Water analysis
  • Chloride
  • pH
  • Temperature
  • Current density
  • Flow
  • Duty cycle

See how these inputs shape the coating and electrode direction.

Explore Water Treatment & Disinfection
Seawater electrochlorination skid with titanium electrolyzer cells for chlorine evolutionSodium Hypochlorite Generation
Sodium Hypochlorite Generation

Develop the Electrode Around the Brine, Output and Electrolyzer

For sodium hypochlorite generators, electrode selection depends on the brine, target available-chlorine output, electrical window, temperature, flow, electrode spacing, cell interfaces and test conditions.

  • Water and salt preparation
  • Brine chemistry and concentration
  • Titanium anode, cathode and cell geometry
  • Current, voltage, temperature and flow
  • Output validation, pilot and repeat supply

Key data

  • Salt source
  • Chloride
  • Target output
  • Total current
  • Voltage
  • Cell drawing

Building or upgrading a hypochlorite generator?

Explore Sodium Hypochlorite Generation
Electrodialysis & Descaling

Define the Process Path Before Defining the Electrode

Electrodialysis, electrodialysis reversal and electrochemical descaling use different ion-transport, polarity, rinse, deposit and maintenance logic. We separate the paths first.

Industrial electrodialysis membrane stack system with stack-end titanium electrodes

Path A · Membrane stack

Electrodialysis or EDR

Stack-end electrodes work beside the membranes and the electrode rinse, sometimes with polarity reversal.

  • Feed, diluate, concentrate and electrode rinse
  • Fixed or reversing polarity
  • Stack drawing and electrode chamber

Custom electrode evaluation

Path B · Electrochemical reactor

Electrochemical Softening or Descaling

The electrode controls where hardness deposits form and how the collection surface is cleaned.

  • Hardness, alkalinity and deposit location
  • Collection surface and cleaning method
  • Reactor drawing and validation

Not sure which path your system follows?

Explore Electrodialysis & Descaling
Copper electrowinning cell house with titanium anodes and cathode platesElectroplating & Electrowinning
Electroplating & Electrowinning

Use the Bath and Electrode Reactions to Define the Titanium Anode

Plating and metal-recovery projects need more than an anode size. The electrolyte, target metal, anodic reaction, cathodic result, current distribution, spacing and bath control all shape the anode.

  • Electroplating, electrowinning or metal recovery
  • Soluble, insoluble or auxiliary anode role
  • Electrolyte, additives and impurities
  • Current distribution, geometry and spacing
  • Gas, bath control and validation

Key data

  • Target metal
  • Electrolyte
  • Additives
  • Current density
  • Anode-cathode spacing
  • Tank drawing

Switching to insoluble titanium anodes, or optimising an existing bath?

Explore Electroplating & Electrowinning
Cathodic Protection

Custom MMO Titanium Anodes for Engineered ICCP Projects

We evaluate coated titanium anodes against the approved impressed-current design, environment, current requirement, anode arrangement, connection, installation and supply specification.

  1. Rectifier

    Output and power limits from the CP design.

  2. Positive cable

    Cable, joint and connection to the anode.

  3. MMO titanium anode

    Form, coated area and mounting.

  4. Electrolyte

    Soil, water, concrete or backfill.

  5. Protected structure

    Pipeline, tank, pile or marine steel.

  6. Negative return

    Return path and monitoring points.

ARY Titanium supports anode manufacturing and supply. System design, protection criteria, potential assessment and commissioning approval remain with the qualified cathodic-protection engineer.

Key data

  • Protected asset
  • Environment
  • Resistivity
  • Required current
  • Rectifier limits
  • Anode arrangement

Supplying anodes to an approved ICCP design?

Explore Cathodic Protection
Portable hydrogen water bottle with a compact electrolytic cell in the baseHydrogen Water Systems
Hydrogen Water Systems

Custom Titanium Electrodes for Hydrogen Water Cups and Machines

Compact devices need electrodes matched to the cell type, water, electrode roles, current, voltage, operating cycle, dimensions, contacts and device-level validation.

  • Device type and user experience
  • Direct electrolysis or membrane cell
  • Anode, cathode and coating direction
  • Compact geometry, contacts and sealing
  • Sample testing and repeat production

Device types

  • Cups and bottles
  • Countertop machines
  • Inline and under-sink
  • Modules and prototypes

Building a hydrogen water device?

Explore Hydrogen Water Systems
Compare Applications

Six Applications Side by Side

Compare the process objective, medium, electrode role and critical inputs before you open a full application page.

ApplicationProcess objectiveMediumElectrode role to confirmCritical inputs
Water treatmentTreat, disinfect, remove or transformWater or electrolyteApplication-matched anode and matching electrodeWater analysis, reaction, current, voltage, flow, cell
Sodium hypochloriteGenerate hypochlorite solutionPrepared brineChlorine-evolution anode and matching cathodeChloride, output, current, voltage, temperature, flow, spacing
Electrodialysis & descalingSeparate ions or manage hardness depositsFeed water, electrode rinse or reactor waterStack-end electrode or descaling electrode componentIons, rinse, polarity, flow, hardness, deposits, cleaning
Electroplating & electrowinningPlate or recover metalMetal-bearing plating or recovery electrolyteInsoluble coated anode, auxiliary anode or counter-electrodeTarget metal, bath, reactions, current distribution, geometry
Cathodic protectionDeliver protective current to a structureSoil, water, concrete or backfillImpressed-current anode in an engineered CP circuitStructure, environment, resistivity, current, arrangement, connections
Hydrogen waterGenerate hydrogen-rich water in a compact deviceDevice water and cell electrolyteDevice-specific anode, cathode or electrode pairDevice type, water, cell, current, voltage, dimensions, validation

This matrix routes your inquiry. It does not replace a project-specific engineering review or define a universal coating.

Found your row? Send the critical inputs listed for it.

Send My Critical Inputs
Coating Discussion

Route the Reaction Before You Discuss the Coating

MMO, ruthenium-iridium, iridium-tantalum and platinum coated titanium serve different requirements. The application narrows the discussion; your operating data decides what should be evaluated.

  • Electrolyte composition and concentration
  • Chlorine evolution, oxygen evolution or other reaction
  • Cathodic process or protected structure
  • Current density, voltage, temperature, duty cycle
  • Titanium form, active area, flow and connections

Coating direction discussion

With our engineers, based on your data and test method.

No coating is universal. Output, efficiency, service life and process results depend on the complete system and operating data.

Want a coating direction for your reaction?

Send the Operating Data for a Coating Discussion
OEM Collaboration

From Application Data to a Repeatable Titanium Electrode

Drawing-based OEM projects, custom forms, welding, connections, sample quantities, pilot validation and repeat production. The process starts with your application data, not a catalogue item.

  1. Data intake

    Project data, drawing or sample received.

  2. Missing-info review

    Open questions listed before quoting.

  3. Definition

    Coating, form, geometry and connection agreed.

  4. Drawing approval

    Specification confirmed in writing.

  5. Sample & pilot

    Validated in your own equipment.

  6. Repeat production

    Part identity, packaging and delivery.

You provide

  • Operating conditions
  • Target result
  • Drawing or sample
  • Test method
  • Quantity
  • Delivery requirements

We return

  • Open questions
  • Feasibility feedback
  • Confirmed drawing
  • Samples
  • Inspection communication
  • Repeat-order reference

Drawings, project names, bath or water data and custom designs are used only for the agreed quotation and production scope. NDA available on request.

Read how we run drawing-based OEM projects.

View Custom Service
Quality Control

Control the Details That Connect the Approved Sample to Repeat Supply

The quality scope is confirmed for each project. Repeat supply stays linked to the approved drawing, dimensions, connections, inspection points, identification and packaging.

  • Incoming material

    Titanium grade and form reviewed.

  • Surface preparation

    Cleaning and roughening controlled.

  • Coating process

    Process parameters kept consistent.

  • Dimensions & active area

    Size, flatness and holes checked.

  • Welds & connections

    Tabs, frames and supports inspected.

  • Visual & electrical

    Surface checks and applicable tests.

  • Final verification

    Drawing, part identity and quantity.

  • Protective packing

    Pre-shipment review and packing.

  • Change record

    Approved sample linked to each batch.

Inspection records and material information are provided where available and agreed for your project.

Qualifying a new electrode supplier? See how each checkpoint works.

View Quality Control
Engineering Resources

Prepare Better Project Data Before You Request a Quote

Understand the operating information, drawings and validation details that make a technical discussion useful.

Titanium Substrates and Electrode Forms

Plate, mesh, expanded mesh, rod, tube and welded assemblies serve different current, flow and gas-release needs.

Relevant to

  • All six applications
Read: What Is a Titanium Electrode

Have a question the resources do not answer?

Ask an Application Question
Start a Project

Tell Us What Your Equipment Needs to Achieve

Submit the process and equipment data you have. We review the application, list any missing information and reply with the next technical and commercial steps.

  • An application-specific checklist appears when you pick one
  • Drawings and water or bath data can follow by email
  • NDA available for confidential designs

Application Project

Fields marked * are required.

Your application

Project type
Your contact details
Drawings, water analysis or bath data: after submitting, reply to our email with attachments, or send them to sales@arytitanium.com.

Your project data is used only to prepare your quotation.