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MMO Ti Anode Titanium Electrode For Electrolysis Hydrogen Production Water Electrolysis

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MMO Ti Anode Titanium Electrode For Electrolysis Hydrogen Production Water Electrolysis

Name: MMO Ti Anode Titanium Electrode For Electrolysis Hydrogen Production Water Electrolysis
Brand: BaseTi
Price: 1 USD

Wholesale MMO Ti Anode Titanium Electrode For Electrolysis Hydrogen Production Water Electrolysis from china suppliers

Brand Name : BaseTi

Model Number : TYJ027

Certification : ISO9001:2015

Place of Origin : China

MOQ : NO MOQ LIMITATION.

Price : CONTACT US

Payment Terms : L/C, D/A, D/P, T/T, Western Union, MoneyGram

Supply Ability : According to Drawings

Delivery Time : 12~20 days

Packaging Details : External: wooden box packaging; Inside: an inner packing with protective foam;

Application field : Hydrogen production through water electrolysis Chlor-alkali processes Desalination plants

Corrosion Resistance : Excellent – Resistant to degradation, especially in chlorinated environments.

Electrocatalytic Activity : High – Facilitates efficient chlorine generation.

Electrochemical Stability : High – Maintains performance over prolonged electrochemical processes.

High Oxygen Overpotential : Present – Efficiently produces chlorine with minimized oxygen evolution.

Material Purity : Titanium substrate often coated with mixed metal oxides.

Long Service Life : Durable, often several years depending on operating conditions.

Dimensional Stability : High – Maintains shape and size during operation.

Cost-Effectiveness : Varies, but typically offers good performance for its cost.

Ease of Maintenance : Minimal – Self-cleaning designs available; occasional cell cleaning may be required.

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Titanium Anode Titanium Electrode For Electrolysis Hydrogen Production Through Water Electrolysis Chlor-Alkali Processes

Titanium Anode - Applications

Introduction

Electrolysis is a core process in numerous industrial applications, and the Titanium Anode Titanium Electrode stands as a cornerstone in this field, facilitating efficient and robust electrolytic reactions.

Coating Characteristics

Typically, the titanium anode electrode comes with an oxide coating, enhancing its electrocatalytic properties. This layer, often consisting of elements like ruthenium, iridium, or a mixture, reinforces the electrode's ability to accelerate electrochemical reactions without undergoing significant degradation.

Product Usage

The Titanium Anode Titanium Electrode finds extensive application in electrolysis processes, including water splitting to generate hydrogen, electroplating, chlorine production, and various other electrochemical processes where high efficiency and longevity are essential.

Performance

Backed by its sturdy titanium foundation and specialized coating, this electrode boasts a high current efficiency and an extended service life. It provides consistent current distribution, promoting uniform reactions and maximizing process efficiency.

Advantages

Resilience: Titanium's inherent strength ensures the electrode's structural integrity, even under rigorous operational conditions.
Economic Longevity: Given its durability and reduced need for frequent replacements, businesses can achieve significant cost savings in the long run.
Versatility: Suitable for various electrolytic processes, accommodating a broad spectrum of industrial needs.

Grades and Standards

Our products at BaseTi are meticulously crafted to meet international standards. However, if a particular grade or standard is required, rest assured that our titanium electrode factory is proficient in offering custom solutions tailored to your specifications.

Application Areas

Electroplating industries
Hydrogen production through water electrolysis
Chlor-alkali processes
Desalination plants

With BaseTi, you're opting for unparalleled quality and innovation in the realm of electrolytic solutions. As a leading titanium electrode manufacturer and supplier, BaseTi ensures products that are a blend of efficiency and durability.

Physical Properties of Titanium Anode

Coating Type	Conductivity (S/m)	Corrosion Resistance	Lifetime (Years)	Application Fields
Mixed Metal Oxide (MMO)	1.5 x 10^6	High	5-7	Electrochlorination, Water Treatment
Ruthenium Iridium (Ru-Ir)	1.3 x 10^6	Very High	7-9	Electroplating, Chlor-Alkali Process
Platinum	9.43 x 10^6	Extremely High	8-10	Cathodic Protection, Hydrogen Evolution

Note: The above table provides an overview based on typical American and European standards. The exact physical properties might vary depending on the specific product and manufacturer.

Chemical Properties of Titanium Anode

Coating (Abbreviated)	Conductivity (S/m)	Corrosion Resistance	Lifetime (Years)	Application Fields
MMO	1.5 x 10^6	High	5-7	Electrochlorination, Water Treatment
Ru-Ir	1.3 x 10^6	Very High	7-9	Electroplating, Chlor-Alkali Process
Pt	9.43 x 10^6	Extremely High	8-10	Cathodic Protection, Hydrogen Evolution

Note: This table provides a summary based on typical standards from the USA and Europe. Actual properties might differ according to the specific product or manufacturer.

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