Typical Application for Canin+

Typical Application for Canin+

The concrete cover can be evaluated by testing carbonation depth, chloride content, surface cohesion, resistivity and permeability. The reinforcement condition is evaluated by measuring cover depth, rebar thickness, and using the half-cell potential method.

concrete concepts uses the Canin+ Corrosion Analyzing Instrument to collect potential field data on active corrosion in buildings such as multi-story car parks where damage occurs due to de-icing salts dripping from cars. This data is used together with concrete cover measurements using Profometer and chloride distribution measurements. Analysis of the data allows corrective maintenance to be localized.

Without the comprehensive potential field and concrete cover measurements, the building contractor would be obliged to replace all of the concrete in order to ensure the durability of the concrete structures. In practical examples in such car parks, the concrete replacement programme was reduced by up to 85%.

Customer Quote

"The Canin+ is a professional and helpful tool for the localization and measuring of active corrosion. The procedure is virtually non-destructive and by carrying out a grid measurement, it allows a comprehensive statement to be made on the status of the building."
 
Concrete Concepts Ingenieurgesellschaft mbH (Proceq customer since 2006)

Customer Profile

Concrete Concepts Ingenieurgesellschaft mbH
Condition assessment expertise, maintenance and repair, concepts and durability design.
 

Requirements

  • Fast, accurate measurement of corrosion potentials together with grid location information.
  • Accurate assessment of the rebar arrangement and
    concrete cover.

Proceq Product

  • CANIN Corrosion Analyzing instrument with wheel electrode and ProVista Software.
  • Profometer 5+ rebar detection system

 
Benefits to the Customer

  • Rapid measurement with the wheel electrode allows the comprehensive assessment of a large site.
  • CANIN ProVista analyzing software offers the basis
    for an optimum interpretation and appraisal of the
    corrosion potential of the reinforcement.