Platinized Titanium Mesh Anode for Electrochlorination & Wastewater Treatment
Product Details
Product Description
Platinized Titanium Mesh Anode for Electroplating and Electrochemical Applications
Ti Time supplies custom platinized titanium mesh anodes, also known as platinum coated titanium mesh anodes, Pt/Ti mesh anodes or platinum plated titanium mesh electrodes, for electroplating, precious metal plating, rhodium plating, gold plating, water electrolysis, cathodic protection and electrochemical applications.
The anode uses titanium mesh as the substrate and a pure platinum coating as the active surface. The titanium mesh provides lightweight structure, mechanical strength and good electrolyte flow, while the platinum coating provides high conductivity, clean anodic performance and excellent electrochemical stability under suitable operating conditions.
- Custom platinized titanium mesh anodes for plating, electrolysis and electrochemical systems
- Pure platinum coating thickness from 0.5 μm to 10 μm or customized
- Expanded titanium mesh, woven titanium mesh, mesh sheet, strip, basket and framed mesh available
- Custom shape, mesh size, titanium hook, frame, terminal and lead wire support
Key Features
Pure platinum coating provides high conductivity, stable anodic behavior and clean electrochemical performance for plating and electrolysis systems.
Common platinum coating thickness includes 0.5 μm, 1 μm, 2.5 μm, 5 μm and 10 μm, or customized according to working conditions.
Expanded titanium mesh, woven titanium mesh, mesh sheet and strip mesh provide larger active area and good electrolyte flow.
Shape, mesh size, frame, hook, terminal, threaded rod and lead wire can be produced according to drawings or samples.
Product Specifications
| Product Name | Platinized Titanium Mesh Anode |
| Other Names | Platinum Coated Titanium Mesh, Pt/Ti Mesh Anode, Platinum Plated Titanium Mesh Electrode |
| Substrate | Titanium Mesh |
| Titanium Grade | Gr1, Gr2, TA1, TA2 or customized titanium grade |
| Coating | Pure Platinum Coating |
| Pt Coating Thickness | 0.5 μm, 1 μm, 2.5 μm, 5 μm, 10 μm or customized |
| Mesh Type | Expanded titanium mesh, woven titanium mesh, mesh sheet, strip mesh or customized mesh |
| Shape | Mesh sheet, strip, plate, basket, tube, framed mesh or custom electrode |
| Connection | Titanium hook, frame, terminal, threaded rod, lead wire or customized connection |
| Applications | Electroplating, rhodium plating, gold plating, water electrolysis, cathodic protection and electrochemical research |
Suitable For
- Rhodium plating
- Gold plating
- Precious metal plating
- Water electrolysis
- Electrochemical research
- Cathodic protection
- Metal recovery systems
How to Select Platinum Coating Thickness
Platinum coating thickness should be selected according to electrolyte composition, current density, pH value, temperature, working voltage, expected service life and cost requirement. Thicker platinum coating usually supports better durability, but the final selection should match the actual electrochemical system.
| Pt Coating Thickness | Typical Feature | Common Use |
| 0.5–1 μm | Economical coating option | Laboratory testing and low-load electrochemical use |
| 2–3 μm | Balanced cost and performance | Precious metal plating and small electrolysis cells |
| 5 μm | Improved stability and service life | Rhodium plating, gold plating and electrochemical production |
| 10 μm or above | Heavy-duty coating option | Higher current density or longer service life requirements |
| Custom Thickness | Designed according to working conditions | Special electrochemical systems |
For accurate selection, please provide electrolyte type, pH value, chloride content, current density, operating temperature, working voltage, expected service life and installation structure.
Expanded mesh, woven mesh, mesh sheet, strip mesh and custom framed mesh electrodes are available.
Titanium Mesh and Electrode Shape Options
Titanium mesh provides a larger effective surface area than solid plate electrodes and allows electrolyte to flow through the electrode surface. Ti Time can produce platinized titanium mesh anodes according to different mesh structures, installation methods and electrochemical cell designs.
Application Areas of Platinized Titanium Mesh Anodes
Platinum coated titanium mesh anodes are used in electrochemical systems that require high conductivity, corrosion resistance, clean anodic behavior and stable current distribution. Typical applications include precious metal plating, electrolysis, laboratory testing, metal recovery and selected cathodic protection systems.
Pt/Ti mesh anodes for jewelry plating, decorative plating and precious metal plating systems.
Platinum coated titanium mesh electrodes for gold plating and precision electroplating tanks.
Used for palladium, platinum, silver and other precious metal electroplating applications.
Mesh structure provides large active area and good liquid flow for electrolysis cells.
Custom Pt/Ti mesh electrodes for laboratory cells, sensors and electrochemical testing.
Selected corrosion protection systems may use platinized titanium mesh electrode structures.
Platinized Titanium Mesh for Electroplating
Platinum coated titanium mesh anodes are widely used in precious metal plating and precision electroplating. The platinum coating provides stable anodic performance, while the titanium mesh substrate helps improve electrolyte flow and current distribution.
Typical electroplating applications include rhodium plating, gold plating, palladium plating, platinum plating, silver plating and selected functional plating systems. For electroplating use, customers usually need to confirm electrolyte composition, working current density, tank size, anode-cathode distance, required coating thickness and expected service life.
Custom Platinized Titanium Mesh Anodes
Many electrochemical systems require non-standard anode sizes, special mesh openings, different platinum coating thicknesses or customized connection structures. Ti Time can produce custom platinum coated titanium mesh electrodes according to customer drawings, samples or working conditions.
| Custom Item | Available Capability |
| Titanium Grade | Gr1, Gr2, TA1, TA2 or customized titanium grade |
| Mesh Type | Expanded mesh, woven mesh, strip mesh or custom mesh structure |
| Mesh Size | 2 × 5 mm, 3 × 8 mm, 5 × 5 mm or customized |
| Platinum Thickness | 0.5 μm, 1 μm, 2.5 μm, 5 μm, 10 μm or customized |
| Electrode Shape | Sheet, strip, plate, basket, tube, framed mesh or custom shape |
| Connection Method | Hook, frame, terminal, threaded rod, lead wire or customized connection |
How to Choose: Pt/Ti Mesh, MMO Titanium Anode or Platinized Niobium Anode
Different electrochemical applications require different anode materials. Platinized titanium mesh, MMO titanium anode and platinized niobium anode each have different advantages in cost, stability, voltage condition and application range.
| Item | Platinized Titanium Mesh | MMO Titanium Anode | Platinized Niobium Anode |
| Substrate | Titanium mesh | Titanium mesh, plate, tube or rod | Niobium |
| Coating | Pure platinum | Ru-Ir, Ir-Ta or other mixed metal oxide | Pure platinum |
| Main Advantage | High purity, good conductivity and stable performance | Cost-effective for many electrolysis and water treatment systems | Higher stability in more demanding conditions |
| Typical Use | Rhodium plating, gold plating, laboratory electrolysis and precision electrochemistry | Water treatment, chlorination, cathodic protection and general electrolysis | High-voltage or aggressive electrochemical systems |
| Cost Level | Medium to high | Usually lower than platinum coating | Higher |
Final selection should be based on electrolyte, current density, voltage, chloride content, pH value, temperature, required purity and expected service life.
Replatinizing Service
When the titanium substrate is still in good condition, used platinized titanium mesh anodes may be recoated or replatinized after long-term use. Replatinizing can help reduce replacement cost and extend the value of the titanium substrate.
Before replatinizing, the used anode should be checked for substrate damage, deformation, severe corrosion, coating loss and connection condition. Final replatinizing feasibility depends on the actual condition of the used electrode.
Quality Control & Export Packaging
Ti Time controls platinized titanium mesh anode production from titanium mesh selection to surface preparation, platinum coating, connection processing, inspection and final packaging. Inspection items and packing methods can be arranged according to customer requirements.
Inspection & Packaging Support
Why Choose Ti Time
| Ti Time Advantage | What It Means for Customers |
| Custom Pt Thickness | 0.5 μm to 10 μm or customized according to actual working conditions |
| Flexible Mesh Design | Expanded mesh, woven mesh, strip mesh, basket and framed mesh electrodes available |
| Drawing-Based Production | Non-standard shapes, terminals, hooks, frames and lead wire structures can be produced |
| Electrochemical Application Support | Suitable for plating, electrolysis, laboratory testing and selected cathodic protection systems |
| Replatinizing Option | Used anodes may be recoated depending on substrate condition |
| Export Packaging | Protective packing for international shipment and coating protection |
FAQ
A platinized titanium mesh anode is a titanium mesh substrate coated with a pure platinum layer. It is used as an insoluble anode in electroplating, electrolysis and electrochemical applications.
Platinum coated titanium mesh is commonly used for rhodium plating, gold plating, palladium plating, platinum plating, water electrolysis, electrochemical testing, metal recovery and selected cathodic protection systems.
Ti Time can provide 0.5 μm, 1 μm, 2.5 μm, 5 μm, 10 μm or customized platinum coating thickness according to electrolyte, current density and service life requirement.
Yes. Mesh size, titanium thickness, platinum coating thickness, electrode shape, frame, hook, terminal and lead wire can be customized according to drawings or working conditions.
Yes. Platinized titanium mesh anodes are widely used for rhodium plating and other precious metal plating systems because of their stable electrochemical performance and clean anodic behavior.
Yes. If the titanium substrate is still in good condition, used platinized titanium mesh anodes may be replatinized after inspection.
Please provide mesh size, titanium thickness, anode dimension, platinum coating thickness, quantity, electrolyte type, current density, working temperature, connection method and drawing if available.
Need Custom Platinized Titanium Mesh Anodes?
Send us your mesh size, anode dimension, platinum coating thickness, electrolyte type, working current density, temperature and connection requirement. Our team will help confirm a suitable Pt/Ti mesh anode solution for your electrochemical system.
Contact Ti Time for custom platinum coated titanium mesh electrodes for electroplating, rhodium plating, gold plating, water electrolysis and electrochemical applications.
Product Highlights
Platinized Titanium Mesh Anode for Electroplating and Electrochemical Applications Ti Time supplies custom platinized titanium mesh anodes, also known as platinum coated titanium mesh anodes, Pt/Ti mesh anodes or platinum plated titanium mesh electrodes, for electroplating, precious metal plating, ...
Platinized Titanium Mesh Anode for Electrochlorination & Wastewater Treatment
Platinized Titanium Mesh Anode for Electroplating and Electrochemical Applications Ti Time supplies custom platinized titanium mesh anodes, also known as platinum coated titanium mesh anodes, Pt/Ti mesh anodes or platinum plated titanium mesh electrodes, for electroplating, precious metal plating, rhodium plating, gold plating, water electrolysis, cathodic protection and electrochemical applications. The anode uses titanium mesh as the substrate and a pure platinum coating as
IrTa Coated Titanium Anodes designed for in high demand electrochemical environments offering excellent stability and consistent output
Platinum Coated Niobium Mesh Anode for Demanding Electrochemical Applications Ti Time supplies custom platinum coated niobium mesh anodes, also known as platinized niobium mesh electrodes or Pt/Nb mesh anodes, for precious metal plating, electroplating, electrochemical testing, special electrolysis and demanding electrochemical applications. The anode uses niobium mesh as the substrate and a pure platinum coating as the active surface. Compared with platinum coated titanium
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