A smart coating system, based on pH sensitive microcontainers (microparticles and microcapsules) has been developed. Various corrosion inhibitors have been encapsulated and incorporated into commercial and formulated coatings to test the functionality imparted on the coating by the incorporation of the inhibitor microcontainers. Coated carbon steel and aluminum alloy panels were tested using salt immersion, salt fog, and coastal atmospheric exposure conditions. This paper provides the details on coating sample preparation, evaluation methods, as well as test results of the inhibiting function of smart coatings
Steel-made infrastructures have been expanding at an incredible rate worldwide and are critical for ...
Nearly all metals and their alloys are subject to corrosion that causes them to lose their structura...
Corrosion on the car underbody can damage critical parts, which poses safety risks. The current corr...
A multifunctional, smart coating for the autonomous control of corrosion is being developed based on...
The NASA Kennedy Space Center's Corrosion Technology Lab at the Kennedy Space Center in Florida, U.S...
This poster presents the results obtained from experiments designed to evaluate the release properti...
Microencapsulation technologies for functional smart Coatings for autonomous corrosion control have ...
The NASA Kennedy Space Center's Corrosion Technology Lab at the Kennedy Space Center in Florida, U.S...
Corrosion is a serious problem that has enormous costs and serious safety implications. Localized co...
This work concerns the development of environmentally friendly encapsulation technology, specificall...
This slide presentation reviews the effects of corrosion on various structures at the Kennedy Space ...
Nearly all metals and their alloys are subject to corrosion that causes them to lose their structura...
This work concerns the development of environmentally friendly encapsulation technology, specificall...
The best coating for corrosion protection provides, not only a barrier to the environment, but also ...
Organic coatings are one of the most used and versatile technologies to mitigate corrosion of metals...
Steel-made infrastructures have been expanding at an incredible rate worldwide and are critical for ...
Nearly all metals and their alloys are subject to corrosion that causes them to lose their structura...
Corrosion on the car underbody can damage critical parts, which poses safety risks. The current corr...
A multifunctional, smart coating for the autonomous control of corrosion is being developed based on...
The NASA Kennedy Space Center's Corrosion Technology Lab at the Kennedy Space Center in Florida, U.S...
This poster presents the results obtained from experiments designed to evaluate the release properti...
Microencapsulation technologies for functional smart Coatings for autonomous corrosion control have ...
The NASA Kennedy Space Center's Corrosion Technology Lab at the Kennedy Space Center in Florida, U.S...
Corrosion is a serious problem that has enormous costs and serious safety implications. Localized co...
This work concerns the development of environmentally friendly encapsulation technology, specificall...
This slide presentation reviews the effects of corrosion on various structures at the Kennedy Space ...
Nearly all metals and their alloys are subject to corrosion that causes them to lose their structura...
This work concerns the development of environmentally friendly encapsulation technology, specificall...
The best coating for corrosion protection provides, not only a barrier to the environment, but also ...
Organic coatings are one of the most used and versatile technologies to mitigate corrosion of metals...
Steel-made infrastructures have been expanding at an incredible rate worldwide and are critical for ...
Nearly all metals and their alloys are subject to corrosion that causes them to lose their structura...
Corrosion on the car underbody can damage critical parts, which poses safety risks. The current corr...