1. Substrate material: titanium Gr1 or Gr2

2. Coating: Ir-Ta coating

3. Diameter: The diameter of the anode typically ranges from 25mm to 102mm.

4. Backfill material: The anode should be filled with a suitable backfill material such as calcined petroleum coke or graphite powder to provide electrical conductivity and ensure proper contact with the surrounding soil or electrolyte.

5. Design life: The anode should have a design life of at least 20 years, depending on the application and the environment.

It's important to note that these are general specifications, and the exact specifications may vary depending on the specific application and environment. It's recommended to consult with a qualified engineer or supplier for detailed specifications for your specific project.

Structural characteristics:

Deep well anode system by deep well anode body,deep well anode.guide gas equipment,filling material,such as cable,protector device structure.

Deep well anode can be used according to the precious metal oxide anode and duriron anode.

Application for Deep well tubular anode:

Canistered Anodes

Above Ground Storage Tanks

Underground Storage Tanks

Water Storage Tanks

Horizontal Groundbeds

Tubular And Sheet Piles

Vertical Groundbeds

Deep Well Anode Groundbeds

Working Environment: Coke,Soil And Fresh Water,Seawater

PERFORMANCE DATA AND RATINGS FOR TUBULAR ANODES DATA SHEET

Deep well anode installation site

Other types of MMO titanium anodes for cathode protection

Test Report of Coating Thickness

Deep well tubular titanium anode used for cathodic protection application case

Deep well tubular titanium anodes are commonly used for cathodic protection of metal structures that are prone to corrosion, such as pipelines, tanks, and ships.

In this application, the deep well tubular titanium anode is connected to a DC power source and placed in the surrounding electrolyte (e.g. soil, water, or seawater). When the DC current is applied, the anode becomes the anode of the electrochemical cell and corrodes sacrificially, while the metal structure being protected becomes the cathode and is protected from corrosion.

The deep well design of the titanium anode allows it to be inserted into a borehole or deep well and surrounded by a high-resistivity backfill material such as coke breeze or calcined petroleum coke. This ensures that the anode has a large surface area and is in close proximity to the structure being protected, providing efficient and effective corrosion protection.