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Home > Light Industry & Daily Use > Household Plastic Products > Plastic Rope & Net > 500A/m² Current Density Ruthenium-iridium Mesh Cylinder Anode for Chlorine Evolution Reaction

500A/m² Current Density Ruthenium-iridium Mesh Cylinder Anode for Chlorine Evolution Reaction

500A/m² Current Density Ruthenium-iridium Mesh Cylinder Anode for Chlorine Evolution Reaction thumbnail-3

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500A/m² Current Density Ruthenium-iridium Mesh Cylinder Anode for Chlorine Evolution Reaction photo-3

500A/m² Current Density Ruthenium-iridium Mesh Cylinder Anode for Chlorine Evolution Reaction photo-4

500A/m² Current Density Ruthenium-iridium Mesh Cylinder Anode for Chlorine Evolution Reaction photo-5

Product Spotlights

High-performance 500A/m² Ru-Ir mesh cylinder anode for chlorine evolution, offering low overpotential, long service life, and customizable dimensions. Backed by 25+ years of manufacturing expertise and global export experience, it delivers reliable efficiency for chlor-alkali, water treatment, and industrial electrolysis applications.

Negotiable MOQ: 1 Piece (Price negotiable depending on order volume and customization)

Key Specifications

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Substrate:

Titanium mesh

Coating:

Ruthenium-iridium oxide (Ru-Ir)

Shape:

Cylinder

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Anping County Boli Hardware Wiremesh Products Factory

2Yrs

Payment & Shipping

Payment Methods:

Port of Shipment:

tianjin shanghai qingdao

Delivery Detail:

Delivery time depends on order quantity.

Product Details
Company Profile
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Substrate Titanium mesh

Coating Ruthenium-iridium oxide (Ru-Ir)

Shape Cylinder

Current Density 500 A/m²

Application Chlorine evolution reaction (CER)

Size Customizable (diameter, length, mesh opening)

Thickness Customizable (coating thickness, mesh thickness)

Operating Temperature Up to 80°C (typical)

Since 1998, Anping County Boli Hardware Wiremesh Products Factory has been a reliable manufacturer of high-performance electrochemical anodes. Our 500A/m² Current Density Ruthenium-iridium mesh cylinder anode is specifically engineered for the Chlorine Evolution Reaction (CER), delivering exceptional efficiency and durability in chlor-alkali and wastewater treatment applications. With an annual export value of US$5–10 million and a global reach spanning North America, Europe, Asia, and beyond, we combine decades of expertise with advanced manufacturing to offer a product that meets the demanding needs of industrial electrolysis.

Key Features

High Current Density (500 A/m²): Optimized for chlorine evolution, enabling faster reaction rates and higher productivity in electrolytic cells.
Ruthenium-Iridium Coating: Provides excellent catalytic activity and long-term stability in aggressive chloride environments, reducing overpotential and energy consumption.
Cylindrical Mesh Design: Maximizes surface area while maintaining uniform current distribution, improving mass transfer and gas bubble release.
Corrosion-Resistant Substrate: Titanium mesh base ensures mechanical strength and resistance to acidic/chloride attack, extending service life.
Customizable Dimensions: Available in various diameters, lengths, and mesh openings to fit specific reactor configurations.
Low Maintenance: Robust coating minimizes degradation, reducing downtime and replacement costs.

Technical Specifications

Parameter	Value
Current Density	500 A/m²
Coating Composition	Ruthenium-iridium oxide (RuO₂-IrO₂)
Substrate Material	Titanium (Grade 1 or 2)
Mesh Opening	Customizable (e.g., 2mm × 2mm, 4mm × 4mm)
Cylinder Diameter	50mm – 500mm (customizable)
Length	Up to 2000mm per piece
Operating Temperature	≤ 80°C (recommended)
Coating Thickness	0.5–3 μm (customizable)

Advantages for Your Application

Enhanced Chlorine Production: The high catalytic activity of Ru-Ir coating significantly lowers the chlorine evolution overpotential, allowing higher current efficiency (up to 95%+ in optimized conditions).
Durability in Harsh Electrolytes: The titanium mesh substrate resists corrosion from chlorine gas, hypochlorite, and acidic electrolytes, ensuring a long operational life (typically 3–5 years or more depending on duty cycle).
Uniform Current Distribution: The cylindrical mesh geometry promotes even current flow across the entire electrode surface, preventing localized hot spots and coating degradation.
Easy Integration: Standard cylinder dimensions can be adapted to most industrial electrolyzers, including monopolar and bipolar configurations. Custom connectors, end caps, or welding tabs are available upon request.
Cost-Effective Operation: Lower energy consumption and reduced maintenance translate to significant savings over the lifetime of the anode.

Applications

Chlor-alkali industry (chlorine gas production)
Electrochemical water treatment (disinfection, hypochlorite generation)
Seawater electrolysis for anti-fouling and chlorine dosing
Industrial wastewater oxidation (e.g., cyanide destruction)
Laboratory-scale electrochemical studies

Our factory in Hengshui, Hebei, China, has been perfecting wire mesh and electrode manufacturing since 1998. With annual export revenues of US$5–10 million, we serve customers across North America, South America, Europe, Southeast Asia, Africa, Oceania, the Middle East, and more. Every anode undergoes rigorous quality inspection, including coating adhesion testing, current density performance verification, and dimensional accuracy checks. We are committed to providing reliable, high-performance anodes that enhance your electrolysis processes. Contact us today to discuss your specific requirements, request a quote, or order a sample. Our team of engineers is ready to support you with technical guidance and tailored solutions.

Frequently Asked Questions (FAQ)

Q: What is the typical lifespan of the 500A/m² Ru-Ir mesh cylinder anode?
A: Lifespan depends on operating conditions such as current density, electrolyte composition, and temperature. In typical chlor-alkali environments at 500 A/m², the anode can last 3–5 years. Proper maintenance and avoiding extreme pH or temperature can extend service life.
Q: Can you customize the cylinder dimensions to fit my existing electrolyzer?
A: Yes, we offer full customization of diameter, length, mesh opening, and end connections. Please provide your specific requirements or drawings, and we will produce accordingly.
Q: Is the coating composition fixed, or can it be adjusted for different applications?
A: The standard coating is Ru-Ir oxide optimized for chlorine evolution. However, we can adjust the Ru/Ir ratio or add other elements (e.g., titanium, tantalum) for specific needs. Contact us to discuss your application.
Q: Do you provide samples or trial orders?
A: Yes, sample orders are welcomed. We can produce small quantities for testing before bulk production. Please note that sample pricing may be higher than bulk rates.
Q: What shipping ports do you use, and what are the lead times?
A: We ship from Tianjin, Qingdao, Shanghai, Foshan, or other major Chinese ports. Typical lead time for standard sizes is 15–25 working days after order confirmation. Custom designs may require 25–40 days.
Q: Are there any certifications or quality guarantees?
A: We follow strict in-house quality control procedures. We do not claim specific third-party certifications unless explicitly provided. Each anode is tested for coating integrity, current density performance, and dimensional accuracy. We offer a warranty against manufacturing defects.
Q: What is the recommended operating temperature range?
A: For optimal performance and coating longevity, we recommend operating below 80°C. Higher temperatures may accelerate coating degradation. Contact us for guidance on high-temperature applications.
Q: How do I clean or maintain the anode?
A: Periodic rinsing with deionized water and gentle brushing can remove accumulated deposits. Avoid abrasive cleaners that could damage the coating. In case of heavy scaling, consult our technical team for recommended cleaning agents.