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51316-7668-Tank Linings Cure Response during Cold Winter Months; Ready for Immersion Service?

Picture for Tank Linings Cure Response during Cold Winter Months; Ready for Immersion Service?
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Product Number: 51316-7668-SG
ISBN: 7668 2016 CP
Author: Nicole Mackey
Publication Date: 2016
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~~Standard practices for monitoring the cure of coatings for high performance applications have been well accepted by the industry. Employing a dry to handle or shore D test creates a simple and effective means to qualitatively check the degree of cure before applying additional material or returning to service. These techniques allow for a fast characterization of relative hardness or resistance to deformation of the coating. However during cold months applied product has the tendency to freeze and may exhibit artificially high shore D values and/or a premature passing dry to handle result. Additional test methods are needed for in-situ evaluations of tank linings cured at cold temperatures to accurately assets the degree of cure and potential return to service. A side by side laboratory testing program was developed to investigate the degree of cure for 100% solids tank lining products using standard analytical techniques laboratory immersion testing for a range of common commodities and in-situ field evaluations. Correlation between laboratory testing and potential field evaluations was a key focus of this study.
~~Standard practices for monitoring the cure of coatings for high performance applications have been well accepted by the industry. Employing a dry to handle or shore D test creates a simple and effective means to qualitatively check the degree of cure before applying additional material or returning to service. These techniques allow for a fast characterization of relative hardness or resistance to deformation of the coating. However during cold months applied product has the tendency to freeze and may exhibit artificially high shore D values and/or a premature passing dry to handle result. Additional test methods are needed for in-situ evaluations of tank linings cured at cold temperatures to accurately assets the degree of cure and potential return to service. A side by side laboratory testing program was developed to investigate the degree of cure for 100% solids tank lining products using standard analytical techniques laboratory immersion testing for a range of common commodities and in-situ field evaluations. Correlation between laboratory testing and potential field evaluations was a key focus of this study.
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