Concrete Corrosion Monitoring

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Corrosion monitoring in concrete has become increasingly important especially in reinforced concrete infrastructure. The steel reinforcement in concrete structures is susceptible to corrosion when chloride ions enter into the concrete from de-icing salts applied to the concrete surface, or from seawater in marine environments. If chlorides are present in sufficient quantity, they disrupt the passive film on the reinforcing steel, resulting in corrosion. Oxygen content, moisture availability and temperature also affect this corrosion rate. Corrosion of the reinforcing steel can weaken the structural strength; create cracking, delaminating and spalling of the concrete.

	Product Name	Product Description
	650 CORROSOMETER® Probe ( 16 products )	To prevent deterioration of the reinforced concrete infrastructure, many new structures are installed with Cathodic Protection. CORROSOMETER® probes evaluate the effectiveness of the Cathodic Protection system, as well as provide a test piece that ...
	800 LPR Corrosion Rate Monitoring in Concrete with CORRATER® Probes ( 19 products )	The steel reinforcement in concrete structures is susceptible to corrosion when chloride ions enter into the concrete from de-icing salts applied to the concrete surface, or from seawater in marine environments. If chlorides are present in sufficient q...
	900 Concrete Multi-Depth Sensor ( 17 products )	The steel reinforcement in concrete structures is susceptible to corrosion when chloride ions enter into the concrete from de-icing salts applied to the concrete surface, or from seawater in marine environments. If chlorides are present in sufficient q...

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