Titanium rod internal insertion anode method (external power supply method)
durAnode
Corrosion protection for temporary scaffolding and difficult-to-access areas can be carried out according to site conditions.
The titanium rod internal insertion anode method is an external power supply electrochemical corrosion protection method that involves inserting and installing a rod-shaped titanium anode into the interior of concrete from the surface. Since the anode is installed inside the structure, there are no limitations on the construction surface, allowing for the anode to be inserted and installed from any direction to implement electrochemical corrosion protection. It is suitable for areas where temporary scaffolding is difficult or where the construction surface is limited, as well as for partial corrosion protection at bridge girder ends and similar locations.
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basic information
Shape/Composition: Point-shaped Titanium Rod Anode Material Binding Wire: Titanium Wire Power Supply Device: DuraCenter System
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Applications/Examples of results
Purpose: A technology to suppress corrosion caused by salt damage and other factors in concrete structures. Partial corrosion protection in areas with restricted application surfaces. Track Record: Port structures (piers), bridges (girders, slabs, girder ends) - For repair design and other inquiries, please contact us.
Detailed information
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Drilling of the anode installation location at the bridge girder end.
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Company information
Our division is engaged in repair work, reinforcement work, and repair design. Due to recent changes in the natural environment, the durability of structures has significantly deteriorated, leading to an increase in the number of structures requiring repairs. Additionally, with changes in seismic standards, there has been a rapid increase in reinforcement work for existing structures. The era is shifting from scrap and build to maintenance.
