Sika Ferrogard 415 Patch CC (MTO)

Discrete anode for corrosion control

$140.00 inc GST

SKU: 64B4AE Categories: , ,



Sika® FerroGard®-415 Patch CC is a zinc based discrete sacrificial anode placed in reinforced concrete structures which are corroding as a result of chloride ingress and / or carbonation.
Sika® FerroGard®-415 Patch CC discrete anodes are placed into sound carbonated or chloride contaminated concrete outside of any concrete repaired areas.
Once installed, the Sika® FerroGard®-415 Patch CC anodes will corrode preferentially to the surrounding reinforcement, offering protection against corrosion damage.



  • Corrosion control of zones within sound contaminated concrete.
  • For reinforced concrete structures such as bridges, car parks, coastal structures, industrial structures and residential high rise.
  • Coastal reinforced concrete structures both in and above the tidal zone



  • Sika® FerroGard®-415 Patch CC anodes corrode preferentially to the surrounding reinforcement, offering protection from further corrosion damage.
  • No long-term maintenance costs
  • Option to deliver an electrical charge to the reinforcement anytime during the treatment
  • Conforms to the latest EN 12696:2012 standard for impressed current cathodic protection, when designed appropriately
  • Large charge capacity of up to 500 kC with option of sizes.*
  • Rapid and targeted installation
  • Performance can be monitored
  • Pre-packaged embedding mortar
  • No need to break-out large areas of sound contaminated concrete
  • Lifetime of up to 20 years*

*   Dependent on local conditions, including chloride concentration, concrete properties, humidity and temperature.



Cylindrical zinc core covered in an activated coating, separate white spacers and an integral titanium connecting wire.



25 anodes per box, vacuum packed in 5 separate pouches



Strictly follow installation procedures as defined in method statements, application manuals and working instructions which must always be adjusted to the actual site conditions.

Reference must be made to the Sika Method Statement: Corrosion Control using Discrete Galvanic Anodes Sika® FerroGard®-400s Patch CC for further details. This is summarised below:

Sika® FerroGard®-415 Patch CC anodes are installed following the guidelines in EN 12696:2012 and CEN/TS 14038-1:2004.

The anodes are typically positioned at a density of 4–9 /m2 of surface concrete. Spacing between anodes: 320–620 mm.

Install into pre-drilled (30 mm diameter holes with a depth of ~110 mm) previously filled with Sika® FerroGard®-500 Crete activating and embedment mortar to completely encapsulate the anode.

Electrically connect each anode to a titanium feeder wire which is connected to the reinforcement. This allows an option to deliver an electrical charge to the reinforcement at any point in the future should a change in environmental conditions demand greater protection of the reinforcement. In this situation, Sika® FerroGard®-415 Patch CC system conforms to the latest EN 12696:2012 standard for impressed current cathodic protection.

The Sika® FerroGard®-415 Patch CC anode installation can be monitored using half-cell potential surveys, current outputs and reinforcement corrosion rate measurements.


Sika® FerroGard-415 Patch CC Datasheets



Sika FerroGard 415 Patch CC – Sika’s Website

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Colour accuracy disclaimer: We have taken care to display the most accurate visuals of our products. However, we are not responsible for the colour accuracy of the device you are viewing our swatches on. These variations arise due to different computer monitors and devices (make, model and technology, as well as resolution, contrast and brightness control settings) in much the same way a scan will differ from an original image and a colour photocopy. Furthermore, coatings can exhibit variation in perceived colour depending on gloss level and application method. If you require a very specific colour match, please make your selection via actual swatches and colour boards available at our showroom.

Product Disclaimer: Ensure you read all product, technical and safety data sheets prior to application as liability falls on the applicator. All products must be applied in accordance with manufacturer’s recommended method.