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NACE TM21431-2020, Test Methods to Evaluate Thermal Properties and Performance of Insulative Coatings

Picture for NACE TM21431-2020
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HISTORICAL DOCUMENT. The purpose of this NACE International standard test method is to specify test methods and test conditions used to evaluate thermal properties, insulation values, and performance/integrity before and after thermal aging of insulative coatings. Testing for corrosion resistance is not included in this test method. 

Product Number: 21431-2020
Publication Date: 2020
Industries: Military , Buildings and Plant Equipment , Process Industries , Gas/Liquid Pipelines , Petroleum Refining , Test Method , Maritime , Materials Selection and Design , Oil and Gas Production , Corrosion Monitoring and Control
$179.00
$179.00
$179.00

HISTORICAL DOCUMENT. The purpose of this NACE International standard test method is to specify test methods and test conditions used to evaluate thermal properties, insulation values, and performance/integrity before and after thermal aging of insulative coatings. Testing for corrosion resistance is not included in this test method. 

The primary intent of this standard is to specify test conditions that would provide a baseline evaluation – one that would allow direct performance comparisons between different insulative coatings. This standard is designed to have practical test procedures and limited test conditions. It also includes five mandatory appendixes that describe hot plate designs and thermal test setups, all of which are used in this standard test method.

This standard test method introduces new test methods to determine if, and at what rate, an insulative coating’s properties deteriorate with thermal aging. Test methods are given for both organic and inorganic based coatings. This standard test method is intended for use by facility owners, engineers, coating manufacturers, and other interested parties. 

Keywords: adhesion pull tests, blister resistance, corrosion under insulation (CUI), delamination, disbondment, emissivity, flame spread index, hot plate design, infrared thermometer (IR Meter), inorganic insulative coatings, insulating coating, insulative coatings, insulation values, organic insulative coatings, percent mass loss, proportional-integral-derivative (PID) controller, smoke development index, solar absorptance, developed by TG 525, thermal aging, thermal conductivity, thermocouple wire, thermal efficiency, thermal properties, thermal test, test panel, STG 02.

HISTORICAL DOCUMENT. The purpose of this NACE International standard test method is to specify test methods and test conditions used to evaluate thermal properties, insulation values, and performance/integrity before and after thermal aging of insulative coatings. Testing for corrosion resistance is not included in this test method. 

The primary intent of this standard is to specify test conditions that would provide a baseline evaluation – one that would allow direct performance comparisons between different insulative coatings. This standard is designed to have practical test procedures and limited test conditions. It also includes five mandatory appendixes that describe hot plate designs and thermal test setups, all of which are used in this standard test method.

This standard test method introduces new test methods to determine if, and at what rate, an insulative coating’s properties deteriorate with thermal aging. Test methods are given for both organic and inorganic based coatings. This standard test method is intended for use by facility owners, engineers, coating manufacturers, and other interested parties. 

Keywords: adhesion pull tests, blister resistance, corrosion under insulation (CUI), delamination, disbondment, emissivity, flame spread index, hot plate design, infrared thermometer (IR Meter), inorganic insulative coatings, insulating coating, insulative coatings, insulation values, organic insulative coatings, percent mass loss, proportional-integral-derivative (PID) controller, smoke development index, solar absorptance, developed by TG 525, thermal aging, thermal conductivity, thermocouple wire, thermal efficiency, thermal properties, thermal test, test panel, STG 02.

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