Highly-sensitive wireless device
for the real-time monitoring of atmospheric corrosivity

VŠCHT
Gema s.r.o.

Immediate information on corrosivity

Warning system

Climatic data

Advanced data treatment

Immediate information on corrosivity
Highly-sensitive resistometric sensors made of all important technical metals provide rapid feedback on changes in corrosivity of the environment
Warning system
Efficient risk management ensured by a set of warnings customizable on-line
Climatic data
Temperature and relative humidity records help to understand changes in corrosivity
Advanced data treatment
Corrosivity classification and all data are available on a protected cloud server.

Examples of CorrSen applications

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Chemical and pulp industry

Chemical and pulp industry

Get immediate warning when a risk of equipment, health, and environment damage at a production site arises

Oil & Gas

Oil & Gas

Mitigate risks of accidents due to corrosion under insulation and reduce maintenance cost

Automotive & Aerospace

Automotive & Aerospace

Map corrosivity as function of location and environmental conditions

Server rooms & clean areas

Server rooms & clean areas

Get feedback on the function of air conditioning and pollution control, optimize decisions on changes of filters

Storage and transportation

Storage and transportation

Verify transport and storage conditions, understand into causes of warranty claims

Cultural heritage

Cultural heritage

Monitor storage conditions for valuable objects and optimize conservation and treatment methods

Military facilities

Military facilities

Set save conditions during long-term storage of strategic military material and optimize maintenance intervals

Research and development

Research and development

Tap into mechanisms of atmospheric corrosion, develop better corrosion tests

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CorrSen system for corrosion monitoring

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.

Radio

GSM

Web interface

.

NFC

Mobile application

How to choose your CorrSen monitoring solution?

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Cost estimation and order form

Are you looking for a customized solution? Contact us using the contact form.
Do you already know what you need? Select the required CorrSen configuration, see the cost and order.

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Cost Estimation

Cable
Logger
Communication

Order form

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References

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Outdoor monitoring for development of a model of atmospheric corrosion.

Outdoor monitoring for development of a model of atmospheric corrosion.

Outdoor monitoring for development of a model of atmospheric corrosion.

Outdoor monitoring for development of a model of atmospheric corrosion.

Outdoor monitoring for development of a model of atmospheric corrosion.

Outdoor monitoring for development of a model of atmospheric corrosion.

Outdoor monitoring for development of a model of atmospheric corrosion.

Outdoor monitoring for development of a model of atmospheric corrosion.

Outdoor monitoring for development of a model of atmospheric corrosion.

Awards

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Innovative Product for Corrosion Protection 2023

Association of Czech and Slovak Corrosion Engineers

Innovative Product for Corrosion Protection 2023

Association of Czech and Slovak Corrosion Engineers

Innovative Product for Corrosion Protection 2023

Association of Czech and Slovak Corrosion Engineers

Innovative Product for Corrosion Protection 2023

Association of Czech and Slovak Corrosion Engineers

Innovative Product for Corrosion Protection 2023

Association of Czech and Slovak Corrosion Engineers

Innovative Product for Corrosion Protection 2023

Association of Czech and Slovak Corrosion Engineers

Innovative Product for Corrosion Protection 2023

Association of Czech and Slovak Corrosion Engineers

Frequently Asked Questions

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CorrSen records electrical resistance of a thin metallic track deposited on a non-conductive substrate and exposed under corrosive conditions. As a result of corrosion, the sensor thickness decreases leading to the electrical resistance increase. It is directly recalculated to the corrosion depth, actual corrosion rate and environmental corrosivity. Owing to the simple operation principle, the device is easy to maintain and provides direct corrosion data in all types of atmospheres. Simultaneously with the corrosion rate, temperature and relative humidity are recorded helping to understand observed changes in the environmental corrosivity.

CorrSen records electrical resistance of a thin metallic track deposited on a non-conductive substrate and exposed under corrosive conditions. As a result of corrosion, the sensor thickness decreases leading to the electrical resistance increase. It is directly recalculated to the corrosion depth, actual corrosion rate and environmental corrosivity. Owing to the simple operation principle, the device is easy to maintain and provides direct corrosion data in all types of atmospheres. Simultaneously with the corrosion rate, temperature and relative humidity are recorded helping to understand observed changes in the environmental corrosivity.

CorrSen records electrical resistance of a thin metallic track deposited on a non-conductive substrate and exposed under corrosive conditions. As a result of corrosion, the sensor thickness decreases leading to the electrical resistance increase. It is directly recalculated to the corrosion depth, actual corrosion rate and environmental corrosivity. Owing to the simple operation principle, the device is easy to maintain and provides direct corrosion data in all types of atmospheres. Simultaneously with the corrosion rate, temperature and relative humidity are recorded helping to understand observed changes in the environmental corrosivity.

CorrSen records electrical resistance of a thin metallic track deposited on a non-conductive substrate and exposed under corrosive conditions. As a result of corrosion, the sensor thickness decreases leading to the electrical resistance increase. It is directly recalculated to the corrosion depth, actual corrosion rate and environmental corrosivity. Owing to the simple operation principle, the device is easy to maintain and provides direct corrosion data in all types of atmospheres. Simultaneously with the corrosion rate, temperature and relative humidity are recorded helping to understand observed changes in the environmental corrosivity.

CorrSen records electrical resistance of a thin metallic track deposited on a non-conductive substrate and exposed under corrosive conditions. As a result of corrosion, the sensor thickness decreases leading to the electrical resistance increase. It is directly recalculated to the corrosion depth, actual corrosion rate and environmental corrosivity. Owing to the simple operation principle, the device is easy to maintain and provides direct corrosion data in all types of atmospheres. Simultaneously with the corrosion rate, temperature and relative humidity are recorded helping to understand observed changes in the environmental corrosivity.

CorrSen records electrical resistance of a thin metallic track deposited on a non-conductive substrate and exposed under corrosive conditions. As a result of corrosion, the sensor thickness decreases leading to the electrical resistance increase. It is directly recalculated to the corrosion depth, actual corrosion rate and environmental corrosivity. Owing to the simple operation principle, the device is easy to maintain and provides direct corrosion data in all types of atmospheres. Simultaneously with the corrosion rate, temperature and relative humidity are recorded helping to understand observed changes in the environmental corrosivity.

Technical information

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Data sheet

Paper on application of CorrSen for understanding of accelerated corrosion tests

Paper on comparison of available methods of corrosion monitoring in atmosphere

Contact us

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