Insoluble titanium anode

Material:Titanium Grade 1, Titanium Grade 2
Coating composition:Ti、Ru、Ir、 Pt、Ta、Sn、Co
Coating conductivity:10~7Ω·m
Working current density:<2000A/㎡
Metal content:8~25g/㎡
Coating thickness:8~12㎛
Working temperature:<60℃
Working life:>5 years
Production process:Sandblasting, pickling, brushing
Titanium content:99.6%
Product Description

Insoluble Titanium Anode – Premium DSA Solutions for Industrial Electrochemistry

When your electrochemical processes demand reliability, longevity, and operational efficiency, you need an Insoluble titanium anode that delivers consistent performance. Baoji City ShenAo Metal Materials Co., Ltd. specializes in manufacturing high-performance Dimensionally Stable Anodes (DSA) built on pure titanium substrates (Grade 1 and Grade 2) and coated with catalytic noble metal oxides. Our anodes operate at current densities up to 2000A/m², feature coating thicknesses of 8-12μm, and deliver service lives exceeding 5 years. With 17 years of manufacturing expertise rooted in China's Titanium Valley, we combine advanced explosive welding technology with precision coating processes to help you eliminate anode replacement downtime and reduce energy consumption by up to 20%.

Iridium coated titanium electrode Iridium coated titanium electrode Iridium coated titanium electrode Iridium coated titanium electrode Iridium coated titanium electrode
Iridium coated titanium electrode Iridium coated titanium electrode Iridium coated titanium electrode Iridium coated titanium electrode Iridium coated titanium electrode

What Makes Our Insoluble Titanium Anode Different?

Superior Dimensional Stability

Conventional graphite or lead-alloy anodes break down amid operation. This makes two basic issues for your process.

First, you confront defilement. Broken up cathode fabric contaminates your electrolyte and compromises item purity.

Second, you encounter geometry changes. As anodes wear down, current dissemination gets to be uneven.

Our item tackles both issues. The titanium substrate keeps up its shape all through its operational life. The catalytic coating remains dynamic without dissolving into your electrolyte.

You get reliable current conveyance from day one through year five.

Advanced Catalytic Coating Technology

We apply different respectable metal oxides to make your perfect catalytic surface:

· Ruthenium (Ru) for chlorine advancement applications

· Iridium (Ir) for oxygen advancement processes

· Platinum (Pt) for specialized electrochemical reactions

· Tantalum (Ta) and Tin (Sn) for improved coating stability

Our three-stage generation prepare guarantees uniform coating adhesion:

1. Sandblasting makes ideal surface roughness

2. Pickling expels oxide layers and contaminants

3. Brushing applies exact coating layers with controlled metal content

The result? Coating conductivity of 10⁻⁷Ω·m and metal substance extending from 8-25g/m².

Technical Specifications That Matter

Parameter
Specification
Substrate Material
Titanium Grade 1, Titanium Grade 2
Coating Composition
Ti, Ru, Ir, Pt, Ta, Sn, Co
Coating Conductivity
10⁻⁷Ω·m
Working Current Density
<2000A/m²
Metal Content
8~25g/m²
Coating Thickness
8~12μm
Working Temperature
<60℃
Working Life
>5 years
Titanium Purity
99.6%
Production Process
Sandblasting, Pickling, Brushing

Applications That Drive Your Industry Forward

Chlor-Alkali Production

Your chlorine and caustic soda production demands anodes that withstand aggressive brine environments. Our titanium-based electrodes deliver stable chlorine evolution with minimal overpotential.

Water Treatment & Disinfection

Sodium hypochlorite generation requires reliable electrodes that won't contaminate your disinfection solution. Our dimensionally stable anodes provide pure hypochlorite without heavy metal contamination.

Electroplating & Metal Finishing

Consistent plating thickness depends on stable current distribution. Our anodes maintain precise geometry throughout extended plating campaigns.

Industrial Wastewater Treatment

Organic compound oxidation and heavy metal removal require robust electrochemical oxidation. Our Insoluble titanium anode withstands harsh industrial effluents while maintaining catalytic activity.

Cathodic Protection Systems

Long-term corrosion prevention for pipelines, tanks, and marine structures needs anodes with exceptional longevity and low maintenance requirements.

Power Industry Hydrometallurgy Rail Transit
Printed circuit board copper recycling Electrolytic wastewater treatment Electrolysis of seawater Electroplating anode

Product production process

Ruthenium coated titanium electrode Product production process Ruthenium coated titanium electrode Product production process Ruthenium coated titanium electrode Product production process Ruthenium coated titanium electrode Product production process Ruthenium coated titanium electrode Product production process
Ruthenium coated titanium electrode Product production process Ruthenium coated titanium electrode Product production process Ruthenium coated titanium electrode Product production process Ruthenium coated titanium electrode Product production process Ruthenium coated titanium electrode Product production process

Why Choose ShenAo Metal Materials?

17 Years of Manufacturing Excellence

Since 2008, we've been perfecting titanium electrode technology in Baoji, the heart of China's titanium industry. Our location gives you direct access to the highest quality titanium raw materials and specialized processing capabilities.

Customization That Fits Your Process

Every electrochemical application has unique requirements. We customize:

· Electrode dimensions and configurations

· Coating compositions for specific reactions

· Current density requirements

· Operating environment specifications

Whether you need small-batch testing samples or full-scale production quantities, we deliver on time with consistent quality.

Quality You Can Measure

Our strict quality administration framework guarantees each anode meets exact determinations. We test coating thickness, grip quality, conductivity, and catalytic action some time recently shipping.

You get point by point quality certificates with each order.

Technical Support That Understands Your Challenges

Our experienced building group works specifically with you to optimize anode plan for your particular application. We do not fair offer anodes—we offer assistance you unravel electrochemical challenges.

Waterjet Cutting Laser Cutting   Welding Plasma Welding  Polishing   Press   Hydraulic straightening machine Bending   Drill Press

Application Industries

Chemical Industry Environmental protection industry Marine Engineering metallurgy
Aerospace Pharmaceutical Industry Power Industry Power Industry

Our Factory

Our factories, patents and honors

Our Patents and Honors

Our factories, patents and honors

Our factories, patents and honorsOur Packaging

Our Packaging Our Packaging Our Packaging Our Packaging Our Packaging
Our Packaging Our Packaging Our Packaging Our Packaging Our Packaging

Frequently Asked Questions

Q: How long will my product actually last?

A: Under normal operating conditions (current density <2000A/m², temperature <60℃), you can expect over 5 years of continuous operation. Actual lifespan depends on your specific electrolyte composition, current density, and operating temperature. We can provide customized lifespan estimates based on your process parameters.

Q: Can I use these anodes in acidic environments?

A: Yes. Our titanium substrate resists both acidic and alkaline environments. For highly acidic applications (pH <2), we recommend coating compositions with higher iridium content for optimal stability.

Q: What's the contrast between your anode and a platinized titanium anode?

A: Platinized anodes highlight a unadulterated platinum coating, whereas our blended metal oxide (MMO) anodes utilize combinations of ruthenium, iridium, and other oxides. MMO anodes offer superior catalytic action for chlorine advancement at lower fetched. Platinized anodes exceed expectations in applications requiring amazingly unadulterated situations or particular electrochemical reactions.

Q: How do I introduce and keep up these anodes?

A: Establishment is straightforward—mount with titanium or plastic clasp to dodge galvanic erosion. Support is negligible: occasional visual review and periodic cleaning with weaken corrosive if scale buildup happens. Never utilize rough cleaning strategies that might harm the coating.

Q: Can you create anodes in custom shapes?

A: Completely. We make work, plate, tube, wire, and custom-configured anodes. Send us your dimensional drawings and application necessities, and we'll give a customized solution.

Q: What's your normal lead time?

A: Standard arrangements transport inside 2-3 weeks. Custom plans require 4-6 weeks depending on complexity. We keep up stock of common sizes for speedier conveyance.

Start Improving Your Electrochemical Process Today

Ready to reduce downtime, lower energy costs, and improve product purity with Insoluble titanium anode? Contact our technical team at zh@baojiti.com.cn to discuss your specific application requirements.

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