Titanium anode for manganese dioxide production

MMO coated titanium anode, current density up to 2000 A/m².
Operating temperature ≤90°C, stable in sulfuric acid electrolyte.
Service life 3–8 years under continuous EMD production.
Available in plate, mesh, tubular designs for uniform current.
Coating thickness 5–15 μm ensures durability and efficiency.

Send Inquiry

Download

Product Description

What Is Titanium anode for manganese dioxide production and How to Choose the Right One for Your Industry?

Titanium anode for manganese dioxide production is a specialized insoluble electrode used in electrolytic processes for producing high-purity manganese dioxide (MnO₂), a key material for dry batteries, energy storage systems, and chemical applications. These anodes are manufactured using high-grade titanium substrates coated with advanced catalytic layers such as mixed metal oxide (MMO), Ru-Ir, or platinum coatings, ensuring excellent corrosion resistance and stable electrochemical performance in acidic sulfate electrolytes.

In manganese dioxide production, titanium anodes play a critical role in facilitating efficient oxidation of manganese ions, ensuring uniform MnO₂ deposition with high purity and controlled crystal structure. Compared with traditional graphite anodes, titanium anodes offer longer service life, lower cell voltage, higher current efficiency, and reduced maintenance costs.

Selecting the right titanium anode for manganese dioxide production depends on electrolyte composition, Mn²⁺ concentration, operating current density, temperature, and cell design. Proper selection ensures stable deposition quality, improved energy efficiency, and consistent product performance.

HY Ti-Ni Import & Export provides advanced titanium anode solutions tailored for manganese dioxide electrolysis systems worldwide.

Features of Titanium anode for manganese dioxide production

Superior Corrosion Resistance、Ultra-Long Service Life、High Electrocatalytic Activity & Efficiency、Eco-Friendly、Low Maintenance

Superior Resistance to Corrosion Damage

The titanium anode boasts outstanding anti-corrosion performance to withstand harsh acidic, alkaline and saline electrolyte environments for stable long-term operation.

Ultra-Long and Reliable Service Life

With stable coated active layers and robust titanium substrate, this anode achieves remarkably extended service cycles far exceeding conventional metal anode alternatives.

High Electrocatalytic Activity & Efficiency

Its specialized noble metal coating delivers excellent electrocatalytic performance, lowering cell voltage and improving overall electrolysis energy utilization efficiency.

Environmentally Friendly and Energy Saving

No harmful heavy metal dissolution occurs during electrolytic reactions, avoiding secondary pollution and complying with global environmental production standards.

Low Maintenance with Reduced Costs

Structurally stable with minimal electrode degradation in regular service, requiring few downtime checks and negligible spare part replacement costs.

Full Customization Solutions to Meet Your Specific Needs!

Customization Available (Size, Material, Coating, Shape, Lifespan & Installation)

Titanium anode for manganese dioxide production can be fully customized according to industrial requirements:

HY Ti-Ni Import & Export offers full customization for titanium anode for manganese dioxide production:

Titanium Grade: Gr1 / Gr2 high-purity substrate
Coating Options: MMO / Ru-Ir / Platinum catalytic coatings
Anode Shape: mesh, plate, rod, tubular, ribbon
Size Customization: based on electrolytic cell design
Current Density Range: optimized for MnO₂ production
Coating Thickness: adjustable catalytic loading
Service Life: 3–12+ years depending on conditions
Electrolyte Compatibility: sulfate-based Mn²⁺ systems
Operating Mode: batch or continuous electrolysis
Surface Finish: smooth or sandblasted options
Installation Type: vertical / horizontal systems
OEM/ODM Service: drawing-based manufacturing

Each anode is designed to improve manganese dioxide yield and electrochemical efficiency.

Why Choose Titanium Anode from HY Ti-Ni Import & Export?

At Hengyi Ti-Ni Import Export, we specialize in titanium-based electrochemical materials with strong engineering capability in anode system design.

HY Ti-Ni Import & Export is a professional manufacturer of titanium anode for manganese dioxide production with strong expertise in industrial electrochemical engineering.

Located in Baoji, China, we benefit from a complete titanium industrial chain and advanced coating technology. Every anode is strictly tested for corrosion resistance, catalytic stability, and long-term electrochemical performance.

We provide OEM/ODM customization, fast delivery, and technical support for manganese dioxide production systems. Our solutions ensure high efficiency, stable operation, and reduced energy consumption in industrial electrolysis.

Titanium Anode Purchase Guide: A Comprehensive Guide

When selecting titanium anode for manganese dioxide production, customers should evaluate electrolyte composition, Mn²⁺ concentration, sulfuric acid level, and operating temperature. These parameters directly affect anode coating selection and electrochemical efficiency.

For stable MnO₂ production, MMO or Ru-Ir coated titanium anodes are commonly recommended due to their excellent corrosion resistance and catalytic activity in acidic sulfate systems. Platinum-coated anodes may be used for high-purity applications requiring precise control.

Customers should also consider electrolytic cell design, electrode spacing, current capacity, and production scale. Proper system matching ensures uniform MnO₂ deposition and high product quality.

HY Ti-Ni Import & Export provides engineering consultation and OEM manufacturing to deliver optimized manganese dioxide production solutions.

Purchase Guide

1. What is a Titanium anode for manganese dioxide production?
2. Main Technical Parameters of a Titanium anode for manganese dioxide production.
3. Specifications of a Titanium anode for manganese dioxide production.
4. Current Output of Standard Titanium anode for manganese dioxide production.
5. Applications of a Titanium anode for manganese dioxide production.
6. How to Purchase the Suitable Titanium anode for manganese dioxide production?
7. FAQ
8. Our Factory

Products Introduction

What Is Titanium anode for manganese dioxide production?

Titanium anode for manganese dioxide production is an electrochemical electrode used in industrial electrolytic cells to produce MnO₂ from manganese sulfate solutions. It serves as a stable, insoluble anode that enables controlled oxidation of Mn²⁺ ions.

These anodes are coated with MMO or noble metal catalysts to ensure high conductivity and resistance to acidic sulfate environments. They are widely used in battery-grade manganese dioxide manufacturing and chemical production industries.

Main Technical Parameters

Parameter	Typical Range
Base Material	Titanium (Gr1 / Gr2)
Coating Type	MMO / Ru-Ir / Pt
Coating Loading	8 – 30 g/m²
Current Density	100 – 3000 A/m²
Operating Voltage	1.0 – 12 V
Temperature Range	10°C – 90°C
Electrolyte Type	MnSO₄ / H₂SO₄ system
Design Life	3 – 12+ Years
Surface Type	Mesh / Plate / Rod
Application Mode	Electrolytic MnO₂ production

Specifications

Type	Structure	Application
Mesh Titanium Anode	Expanded mesh structure	MnO₂ deposition tanks
Plate Titanium Anode	Flat plate design	Industrial electrolysis
Rod Titanium Anode	Cylindrical structure	Vertical cells
Tubular Titanium Anode	Hollow tube design	Circulation systems
Custom System	OEM configuration	Large-scale production

Cerrent output of Standard

Type	Current Output (A/m²)	Application Condition
Standard Anode	100 – 500	Low-load MnO₂ production
Industrial Anode	500 – 1200	Standard electrolysis
High Output Anode	1200 – 2500	Large-scale production
Precision Anode	200 – 800	Controlled deposition
Customized System	Up to 3000+	Heavy-duty systems

Applications of MMO Titanium Anode

Be used in a wide range of industries.

Water Treatment Industry

Electroplating Industry

Chlor-Alkali Industry

Marine Engineering

Hydrogen Energy Industry

Mining and Metal Recovery

How to Purchase the Suitable Titanium Anode

To select the correct titanium anode, customers should provide details such as Mn²⁺ concentration, electrolyte composition, sulfuric acid level, temperature, and production capacity. These parameters determine coating type and electrode design.

For stable manganese dioxide production, MMO or Ru-Ir coated titanium anodes are recommended due to their strong corrosion resistance and catalytic performance in acidic environments.

Customers should also define electrolytic cell size, current density, electrode spacing, and production targets. Proper system design ensures consistent MnO₂ quality and efficiency.

HY Ti-Ni Import & Export offers OEM manufacturing and technical support to optimize manganese dioxide production systems.

FAQ

Q1: What is the main function of this titanium anode?
It is used for electrolytic manganese dioxide production.

Q2: Is it suitable for acidic sulfate systems?
Yes, it performs well in MnSO₄/H₂SO₄ environments.

Q3: What is the service life?
Typically 3–12+ years depending on conditions.

Q4: Can it be customized?
Yes, full OEM customization is available.

Q5: Where is it used?
Battery materials and chemical production industries.

Our Factory

MMO Titanium Anode | High Efficiency | Long Service Life | Eco-Friendly

Production site

State-of-the-art manufacturing for titanium anodes, precision coating and quality control.

Choseing titanium substrate	Substrate Cutting	Sandblasting	Pickling
Laser Cutting Configure Precious Metal	Coating	Sintering	Packaging

Workshop

Precision machining and coating workshop for titanium anodes.

Titanium anode coating workshop	Thermal decomposition sintering furnace workshop	Titanium mesh anode production area	Pickling/surface treatment process
Pickling/surface treatment process	Quality inspection workshop	Worker operation photos	Panoramic view of a clean production line

Quality inspection

Rigorous testing for coating adhesion, electrochemical performance, and durability.

Dimension Inspection	Coating Thickness Testing	Coating Adhesion Testing	Microstructure Analysis
Conductivity Testing	Corrosion Resistance Testing	Bond Strength Testing	Final Inspection & Packaging