Product Introduction
- Titanium Mesh Anode for Water Treatment is a coated titanium electrode designed for electrochemical systems where electrolyte flow, gas release and active surface distribution are important. Compared with a solid plate structure, the open mesh allows liquid to pass through the electrode and can be arranged as flat, framed or segmented assemblies according to the cell layout.
- The anode should be defined by the target electrochemical reaction and operating conditions rather than by mesh size alone. Working medium, chloride concentration, current or current density, temperature, electrode spacing and required coated area all need to be considered when selecting the coating system and mesh geometry.
- Baoji Zhongxinbao supplies custom titanium mesh anodes for water-treatment equipment and electrolysis modules. For quotation, please provide the working medium, tank or cell dimensions, required current, effective coated area, connection method, quantity and drawing when available.
Product Parameter
- The following specifications show the typical supply and project-definition items for a titanium mesh anode used in water treatment. Final mesh geometry, coating system, active area and connection design should be confirmed according to the operating medium, required current and electrolyzer layout.
- For custom assemblies, the customer drawing or tank dimensions should be reviewed before the final anode structure is confirmed.
| Parameter | Typical Supply |
| Titanium Substrate | Grade 1 or Grade 2 titanium |
| Base Material Reference | ASTM B265 when specified |
| Anode Form | Expanded mesh, framed mesh or segmented assembly |
| Overall Dimensions | Custom to drawing or tank installation space |
| Mesh Geometry | SWD, LWD, strand width and thickness confirmed by project |
| Coating Type | MMO or platinum coating selected by working conditions |
| Effective Coated Area | According to required current and electrode arrangement |
| Coated Sides | Single-side or double-side as specified |
| Current Density | Confirmed according to coating system and operating conditions |
| Working Medium | Water, brine, chloride-containing water or project-specific electrolyte |
| Connection Method | Titanium tab, rod, threaded connection or custom design |
| Inspection | Dimensions, coated area, coating surface and connection integrity |
| Documentation | Material and inspection records according to order |
Product Features & Application
- Flow-Through Electrolysis Cells
The open mesh structure is suitable for water-treatment cells where electrolyte needs to move across and through the electrode. Mesh geometry, electrode spacing and coated area can be coordinated with the cell flow path and required operating current.
- Electrochemical Water Treatment
Titanium mesh anodes can be used in electrochemical treatment modules for disinfection or oxidation when the coating system is matched to the water chemistry and target reaction. Chloride level, pH, temperature and current conditions should be confirmed before coating selection.
- Custom Tank and Retrofit Assemblies
Framed, segmented or shaped mesh anodes can be prepared for tanks where installation space, cathode spacing or existing electrical connections limit the electrode arrangement. Drawings help confirm the active area, fixing points and connection position before production.
Product Details
- Titanium Substrate
Grade 1 or Grade 2 titanium can be used according to the required mesh geometry, frame design and project specification. When ASTM B265 material is requested, the applicable titanium sheet used for mesh fabrication can be supplied with corresponding material documentation.
- Mesh and Active Area
Mesh geometry is defined by opening dimensions, strand width, thickness and overall electrode size. The effective coated area and single-side or double-side coating are confirmed according to the electrode arrangement and required current.
- Frame and Electrical Connection
The mesh can be supplied as a flat panel or integrated with titanium frames, tabs, rods or other connection structures. Uncoated connection areas and fixing positions should be defined before coating and final assembly.
- Inspection and Identification
Finished anodes can be checked for overall dimensions, mesh geometry, coated area, coating surface and connection integrity. Inspection records and material documents are prepared according to the agreed order requirements.
Project and Order Support
Project Review Before Production
- Operating Condition Review
Working medium, chloride level, temperature, current and duty cycle are reviewed before the coating system is confirmed.
- Mesh and Active Area Review
Mesh geometry, coated area and electrode spacing are checked against the required current and available installation space.
- Connection Design Review
Titanium tabs, rods, threaded connections or customer-specific connection structures can be reviewed together with the tank or cell drawing.
- Inspection and Document Control
Dimensional checks, coated-area verification, connection inspection and required material or inspection documents are confirmed with the order.
FAQ
Q1: How should I choose the coating for a titanium mesh anode?
A: The coating should be selected according to the target electrochemical reaction and operating medium. Please provide the water chemistry, chloride level, pH, temperature, required current or current density and operating cycle so the coating system can be reviewed.
Q2: What information is needed to design the mesh anode?
A: Please provide the overall installation space, required current, electrode spacing, working medium, preferred connection method and tank or electrolyzer drawing when available. These details are used to confirm the mesh geometry and effective coated area.
Q3: Can the titanium mesh be coated on one side or both sides?
A: Yes. The coated sides should be determined by the electrode arrangement and the active surface required in the cell. Areas used only for fixing or electrical connection can be defined separately from the active coated area.
Q4: What determines the service life of the anode?
A: Service life depends on the coating system, coating loading or thickness, current density, effective area, working medium, temperature, flow conditions, power supply stability, cleaning practice and mechanical handling. Operating data should be reviewed before any service-life expectation is discussed.
Company profile
Baoji Zhongxinbao Metal Materials Co., Ltd. is a titanium anode manufacturer based in Baoji, China, supplying titanium materials and custom coated titanium electrodes for electrochemical equipment.
For titanium mesh anodes used in water treatment, we review the titanium substrate, mesh geometry, coating system, effective coated area, frame structure and electrical connection according to the customer's operating conditions and drawing. Flat mesh panels, framed assemblies and other custom structures can be prepared for different cell layouts.
Inspection scope and documentation are confirmed with the order so the supplied anode can be matched to the intended installation and operating requirements.
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