New Galvashield XP Anode Sizes Now Available

New Galvashield XP Anode Sizes Now Available

April 11, 2019
Categories:
Innovation
Announcements

On the 20-year anniversary of Galvashield XP®, the original embedded galvanic anode for concrete repair, Vector Corrosion Technologies is pleased to announce a redesign of the Galvashield® XP Product Line.

 

Since 1999, the innovative Galvashield® XP Product Line has been protecting structures around the world. The Type 1A embedded galvanic anodes are used to extend the service life of reinforced concrete structures. When connected to the reinforcing steel in concrete repairs, the alkali-activated zinc anodes mitigate the formation of ring anode corrosion in the surrounding chloride-contaminated concrete. The Galvashield® XP Product Line is also used to prevent the initiation of corrosion in new reinforced concrete structures.

Unique features that are found in the Galvashield® XP Product Line include:

  • Low profile, elongated shape fits neatly alongside the reinforcing steel
  • Contractor-friendly Single wire One-and-Done™ rebar connection
  • CSP-3 concrete surface profile
  • Barfit™ grooved design

The original Galvashield® XP, commonly called the hockey puck due to its short cylindrical shape, was available with twin steel connection wires. The redesigned Galvashield® XP Product Line incorporates the contractor-friendly One-and-Done™ single-wire connection for up to 2x times faster installation. Plus, the new low profile, elongated shape allows the embedded anode to fit neatly alongside the reinforcing steel, reducing the occasional need for additional concrete breakout to accommodate anode placement.

These features mean significantly less labor costs and more efficiency for the contractor’s schedule. The new shape also allows more anodes per box thus reducing shipping costs.

The Galvashield® XP4 and XP2 models have additional benefits, such as the Barfit™ grooved design for secure anode placement and ICRI CSP-3 surface profile to promote enhanced mechanical bond with the surrounding repair materials.

Click here to read the full press release.

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