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This standard aims to provide a framework for users and their respective organizations in assessing both the material sustainability and material stewardship of their operations using recognized industrial methods, resources, and practices built on the corrosion management framework. Some of these methods, resources, and practices are already covered in the corrosion management system framework; however, some are expanded upon within this standard using a material sustainability maturity model beyond the corrosion management framework. Therefore, this standard aims to empower material and corrosion professionals to better deliver value from a life cycle and circular economy standpoint while leveraging existing and emerging tools to support assets, operations, enterprises, stakeholders, and communities through the value chain.
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The purpose of this document is to provide instructions on the use of electrochemical sensors for monitoring atmospheric corrosion. These sensors are used to measure thin film electrolyte conductance, corrosion current or coating condition over long periods. This method permits the instantaneous evaluation of corrosion current that can be related to specific environmental conditions in real time. The instantaneous corrosion current measurements are not accessible using electrical resistance sensors or mass loss techniques. The technology described in this document complements other standard techniques for assessing atmospheric corrosion such as mass loss coupons, electrical resistance sensors or coated test panels (see ISO 8407 and ISO 4628-8). These continuous records of material condition can be useful for studying atmospheric corrosion, evaluating materials or managing assets.
Volatile corrosion inhibitor (VCI) materials provide temporary corrosion protection for the surfaces of metal parts that are not in contact with the inhibitor. Temporary protection is afforded as long as there is a moderately sealed enclosure containing the metal parts and the source of the VCI, which may be in the enclosing package itself. The duration of protection may be months to years before the parts are removed from the enclosure and put to use, or before a more “permanent” coating such as paint is applied. The referenced NACE Standard Practice SP0487 includes VCI in the context of guidance and best practices for users of interim or temporary corrosion protection methods.
This standard allows the user to determine average and observed maximum undercutting values, as well as the frequency of the maximum undercutting on coated steel test panels scribed in accordance with Section 6 of ASTM D1654 using parallel, 100 mm (~4 in) scribes. The standard includes requirements for data collection, analysis, and reporting.
This standard is applicable for evaluation of most types of protective coatings for use on steel. This standard is not applicable to evaluation of thermal sprayed metals and ceramic coatings, hot-dip and electro-coated metal coatings, and tapes.