MMO Wire Anode
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Overview
MMO Wire Anode
In the world of industry, where your assets are paramount, corrosion can be a silent and costly adversary. At Hele Titanium, we prioritize your peace of mind. As esteemed MMO Wire Anode manufacturers, our offerings are crafted with your needs at the forefront. With a diverse range of applications, our MMO Wire Anodes serve as a durable shield, enhancing the life and value of your infrastructure. Discover how Hele Titanium’s commitment to excellence can fortify your assets against the ravages of corrosion.
Efficient Electrochemical Performance
MMO wire anodes are designed for high electrical conductivity and stable electrochemical reactions, delivering reliable performance in cathodic protection, electrochlorination, and industrial electrolysis applications with improved energy efficiency.
Excellent Corrosion Resistance
Manufactured with titanium substrate and mixed metal oxide coating, these wire anodes provide superior resistance against corrosion, chemical exposure, and harsh marine environments, ensuring long-lasting durability and dependable operation.
Flexible & Durable Design
Engineered for continuous industrial use, MMO wire anodes feature a lightweight and flexible structure that allows easy installation while maintaining consistent current distribution and low maintenance requirements.
Wire Anode
MMO Wire Anode
Titanium Wire Anode
MMO-Ti Wire Anode
Technical Specification
MMO Wire Anode
- Base Material: Titanium Wire
- Coating Type: Mixed Metal Oxide (MMO) Coating
- Operating Voltage: 220V – 480V
- Current Density: High Current Carrying Capacity
- Wire Diameter : Customizable as per Application
- Temperature Resistance : Suitable for High Temperature Operations
- Corrosion Resistance : Excellent Resistance in Saline & Chemical Environments
- Application Areas : Cathodic Protection, Water Treatment, Marine Structures, Electrochlorination & Industrial Electrolysis
- Installation Type : Flexible Wire Configuration for Easy Integration
- Service Life : Long Operational Life with Minimal Maintenance Requirements