We build MMO titanium anodes, matching cathodes and electrolysis electrode assemblies around your feed brine, available-chlorine target, current density, voltage, temperature, flow, duty cycle and cell geometry. You receive a titanium electrode that fits your electrolyzer and its real operating window, with an engineering review before you commit to a sample.
Have a generator drawing or an existing cell to match?
Titanium Substrate
Plate, mesh, rod and fabricated forms cut and coated to your drawing, not a fixed catalogue size.
Salt source, chloride concentration, pH, impurities and temperature.
Current density, total current, voltage, polarity and duty cycle.
Active area, electrode count, spacing, mounting, flow and connections.
Available-chlorine target, solution concentration, test method and pilot plan.
Every stage of on-site sodium hypochlorite generation changes what a titanium anode for electrochlorination has to withstand. Answering four questions up front gives you a quotation built on your process, fewer sample rounds, and an electrochlorination electrode sized for the duty it will actually see.
STAGE 01
What water source, salt type, brine concentration, filtration and pre-treatment will enter the electrolyzer?
Feed quality drives deposits and coating wear. Defining it first protects electrode life and keeps cleaning intervals predictable.
STAGE 02
What chloride concentration, pH, temperature, hardness, impurities and normal operating range must be considered?
A known operating range lets us choose a coating direction with margin, instead of one tuned only for ideal conditions.
STAGE 03
What current density, total current, voltage, active area, spacing, flow and connection arrangement will the cell use?
Matching active area and spacing to your rectifier keeps cell voltage and power use where your design expects them.
STAGE 04
What available-chlorine output, solution concentration, operating cycle, monitoring method and acceptance test are required?
An agreed acceptance test means the sample is judged against your target output, not a generic catalogue claim.
An electrode cannot be selected from size alone. We review your complete process data before confirming the coating, geometry and cell interfaces, so you are not paying for a second sample round to correct a guess.
Share your brine and output targets, and we will propose the coating direction, geometry and interfaces for your review.
Send My Process DataYour output depends on more than the anode alone. The cathode, spacing, current distribution, brine flow, temperature, gas handling and power supply all shape the result, so we design each sodium hypochlorite generator titanium anode as part of your cell rather than as a loose part.
Simplified cell cross-section
In a sodium hypochlorite generator, the coated titanium electrode supports the chlorine-evolution reaction. Under controlled system conditions, the active chlorine formed is converted into the hypochlorite solution your system doses. The four points below are where a well-matched electrode protects your output, your power budget and your maintenance schedule.
The coating direction and titanium form are evaluated against your brine chemistry, intended reaction, current load, temperature and operating cycle, so the anode suits the service interval you plan for.
Cathode material, geometry, polarity, spacing and assembly relationship are confirmed with the anode, so the pair installs as one set and you source both from one supplier.
Dimensions, active area, holes, tabs, welding, busbar interfaces, current-feeding points and supports follow your equipment drawing. Even current feeding helps avoid local hot spots and uneven coating wear.
Electrode count, spacing, inlet and outlet positions, flow direction, gas outlet, cleaning, disassembly and replacement access are defined before production, which shortens service work later.
The same outside dimensions do not guarantee the same electrochemical fit. Brine, reaction, electrical load, flow and validation conditions must be reviewed together.
Replacing an existing anode? Send photos of the old electrode and your cell drawing, and we will check the fit before quoting.
Request a Fit ReviewSodium hypochlorite generator electrode selection starts with your data, not with a catalogue. These six inputs decide the chlorine evolution titanium anode coating, its geometry and the cell layout. Supplying them early means your quotation reflects your real duty and your first sample has a better chance of passing your test.
Provide the normal value, range, salt source and measurement basis.
Sets the coating direction and shows the deposit risk early.
Provide the planned electrical load, active area or available test data.
Determines the active area your cell needs and how hard the coating works.
Provide the operating range, rectifier limits, polarity and connection arrangement.
Keeps the cell inside what your existing rectifier can deliver.
Electrode direction: waiting for six inputs
Unknown data can be marked for clarification. It should not be replaced with an unsupported assumption.
Provide normal and peak temperature, flow rate, circulation method and inlet and outlet arrangement.
Shapes gas release, scaling risk and the coating's working conditions.
Provide electrode count, active area, gap, mounting, supports and available installation space.
Confirms the assembly fits your housing without redesigning the cell.
Provide operating hours, start-stop frequency, available-chlorine target, solution concentration and test method.
Links the design directly to the output you have to guarantee.
Missing one or two values? Send what you have, and we will flag what needs clarification before quoting.
Start My Data ReviewMost field complaints about a sodium hypochlorite generator appear as one of six alarms, and each one points to specific data. Reviewing that data with our engineers before you reorder shows whether the electrode, the brine or the cell needs to change, so your budget goes to the real fix.
Sending these records together lets our engineers judge the electrode, brine and cell side by side, so you get a clear answer instead of a guess.
Seeing one of these alarms in the field? Send the operating history and photos, and we will help trace the cause.
Request a Root-Cause ReviewInstead of adapting your cell to a standard part, we build the custom electrolyzer electrode assembly around your equipment. Each custom MMO titanium anode, cathode, frame and connection is defined from your drawing or sample, so the assembly drops into place and your service team can replace it without modification.
Plate, mesh, expanded mesh, rod, tube or fabricated forms, developed around the active area and reaction you need.
Material, form, area, spacing, polarity and replacement relationship confirmed with the anode, so both parts are ordered as one set.
Welded tabs, conductor bars, busbar interfaces, current-feeding points, cable clearances and polarity marks that prevent wiring mistakes.
Custom frames, brackets, supports, stiffening, mounting holes and assembly features that hold spacing steady under flow.
Inlet, outlet, circulation, residence path, gas release, temperature and maintenance access planned with the electrode layout.
Disassembly sequence, cleaning access, spare-part identification and a repeat-order reference that makes reordering simple.
Start from whichever input you already have
The fastest route. We review your drawing and return comments on coating, tolerances and interfaces before quoting.
Send a used or new electrode. We measure it and prepare a drawing for your approval, so the replacement matches the original.
No drawing yet? Key dimensions and clear photos of the cell are enough for us to start a drawing proposal.
Final dimensions and interfaces are approved by you before sample production starts.
Ready to define your assembly? Upload a drawing, sample photos or cell measurements.
Upload My DrawingThe chemistry is the same in every on-site generator, but the duty is not. Each application changes the water, the output target, the operating cycle and the space available. We use your application to ask the right questions, then design the electrode around your answers.
We define: target output, continuous or standby operation, water and salt preparation, redundancy, monitoring and replacement planning.
Electrodes planned around redundancy and scheduled replacement, so disinfection is not interrupted by a missing part.
We define: process-water conditions, operating cycle, target dosing requirement, equipment integration and maintenance access.
An assembly that fits your existing skid and maintenance routine instead of forcing a redesign.
We define: salt concentration, equipment size, operating pattern, electrode replacement arrangement, connection and packaging.
Compact, easy-to-swap electrodes with packaging and labels ready for your distribution channel.
We define: water quality, target solution, validation requirement, cleaning, materials compatibility and system control.
Validation needs and material choices discussed before the sample is made, so your approval file is easier to build.
We define: feed conditions, required output, downstream process, control limits, maintenance and field environment.
Electrodes specified for variable feed conditions and outdoor field service, not only for clean test water.
We define: the existing cell, old electrode, current and voltage history, failure observations, available space and test plan.
A drop-in replacement or upgrade for the cell you already own, with the old failure mode addressed.
The application category guides the questions. It does not define the electrode without actual operating data.
Tell us where your generator will run, and we will send the questions that matter for that application.
Discuss My ApplicationSend one complete data package instead of answering questions one email at a time. Your engineering, purchasing and quality teams can work from the same list, which shortens the path from first contact to an approved quotation. Copy any list below and fill it in with your values and units.
ZONE A
Lets us judge coating suitability and deposit risk at the first review.
ZONE C · CENTRE OF THE HANDOFF
Accepted inputs
The drawing ties every other zone together and becomes the reference for your sample and repeat orders.
ZONE B
Sizes active area and connections to the power supply you already have.
ZONE D
Agreed up front, so the sample is judged against your own criteria.
ZONE E
Gives you a realistic lead time and a quotation that already includes labels and documents.
Have the lists ready? The guided inquiry form below follows the same order, so nothing gets missed.
Use This Checklist in the Inquiry FormEach approved electrode receives a product passport and a defined packaging build. Your buyers can reorder by part number, and your receiving team can check every delivery against the same record.
Created at sample approval · used for every repeat order
Reorder by part number, and the same drawing, checks and packaging follow automatically.
Any change to the drawing, coating requirement, connection, inspection, label or packaging is communicated to you before repeat production, so nothing changes without your approval.
Need neutral packaging or your own part numbers on the labels? Tell us when you request the quote.
Specify My Labels and PackagingYou work with one team that connects engineering, purchasing, quality and production. Each question is answered by the people who own it, and you can see where your project stands at every stage, from NDA to export delivery.
ARY Titanium is the customer-facing titanium electrode brand of Guangdong Lezhong Intelligent Technology Co., Ltd., based in Foshan, Guangdong, China. We combine manufacturing, sourcing, sales and export communication for coated titanium electrodes, custom titanium components and electrochemical equipment parts.
Reviews your brine, target reaction, electrical load, electrode arrangement, drawing and validation plan.
Confirms quotation scope, sample quantity, MOQ, lead time, repeat demand, labels and delivery requirements.
Confirms drawing revision, inspection points, acceptance criteria, issue records and corrective actions.
Transfers the approved specification, part identity, packaging and change record into repeat supply.
Each stage has a named owner and a record, so you always know what is complete and what is next.
Our team already prepares documents, labels and protective packaging for customers in these markets, so your shipment follows a routine that works.
Need confidentiality before sharing drawings? Request an NDA first, then send your files once it is in place.
Request an NDAShort answers to the questions engineers and buyers ask most while specifying an MMO titanium anode for on-site generation. Use them to prepare your data, then ask us for a review of your own project.
The same words mean the same thing in our quotations, drawings and inspection records, which keeps both teams aligned.
Link the coating direction to the brine, target reaction, current load, temperature and cell design. Mixed metal oxide anodes for chlorine evolution are chosen differently from those for oxygen evolution, so the brine and operating window need to be known first. Sharing these early helps you avoid a sample that works in a short lab test but wears quickly in service.
Current density, total current, active area, electrode count and current-feeding design should be reviewed together. For the same total current, a larger active area lowers current density, which changes the load on the coating and the cell voltage. Reviewing them together lets us size the electrode to your rectifier instead of asking you to change the power supply.
Chloride concentration, hardness, pH, temperature, filtration, known impurities and the brine-preparation method. These values reveal deposit and contamination risks that can shorten electrode life, and they let us point out pre-treatment needs before you invest in samples.
Spacing, brine conductivity, deposits, geometry, connections and current distribution all influence electrical behavior. A narrower gap can lower voltage but may raise gas-release and flow concerns, while deposits and poor connections push voltage up. Reviewing these points together helps keep your power consumption predictable.
Confirm the deposit type, the cleaning method and chemicals, and how the coated surface will be supported and protected while it is handled. Coated surfaces can be damaged by scratching or unsuitable cleaning, so an agreed procedure protects the electrode you have invested in.
Check brine concentration, electrical data, flow, temperature, deposits, polarity, connections, cleaning practice and operating history before concluding that the electrode is worn. Many declines have process causes, so working through this checklist helps you avoid replacing parts that are still serviceable.
Need a project-specific answer? Submit your actual operating data and drawing.
Submit My Data for Review