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Understanding the Effects of NaCl Concentration on Zinc Phosphate Pigment Morphology and Composition by Advection Through Phenoxy Thermoplastic Free Films

Understanding the Effects of NaCl Concentration on Zinc Phosphate Pigment Morphology and Composition by Advection Through Phenoxy Thermoplastic Free Films
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Corrosion is a major concern for all materials during their service lives. In particular, salts such as sodium chloride (NaCl) are known to promote corrosion and detrimentally affect coating performance. Understanding how NaCl affects water uptake into a film and its interactions with corrosion-inhibiting pigments is important for developing the next generation of anticorrosive coatings. 

Product Number: 41215-879-SG
Author: Robert C. Bennett, Greg Curtzwiler, Christina Konecki, Dilhan Fernando, James W. Rawlins
Publication Date: 2015
Industries: Coatings , Coatings and Linings
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$20.00

Corrosion is a major concern for all materials during their service lives. In particular, salts such as sodium chloride (NaCl) are known to promote corrosion and detrimentally affect coating performance. Understanding how NaCl affects water uptake into a film and its interactions with corrosion-inhibiting pigments is important for developing the next generation of anticorrosive coatings. Energy Dispersive Spectroscopy was employed to qualitatively determine the presence of NaCl in coating free films after immersion in aqueous NaCl solutions. The results correlated well with Inductively Coupled Plasma (ICP) data of the same solutions for the amount of sodium lost during immersion, but not for the chloride. ICP also detected the presence of zinc and phosphate ions that had leached from the coating.

Corrosion is a major concern for all materials during their service lives. In particular, salts such as sodium chloride (NaCl) are known to promote corrosion and detrimentally affect coating performance. Understanding how NaCl affects water uptake into a film and its interactions with corrosion-inhibiting pigments is important for developing the next generation of anticorrosive coatings. Energy Dispersive Spectroscopy was employed to qualitatively determine the presence of NaCl in coating free films after immersion in aqueous NaCl solutions. The results correlated well with Inductively Coupled Plasma (ICP) data of the same solutions for the amount of sodium lost during immersion, but not for the chloride. ICP also detected the presence of zinc and phosphate ions that had leached from the coating.

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Understanding the Effects of NaCl Concentration on Zinc Phosphate Pigment Morphology and Composition by Advection Through Phenoxy Thermoplastic Free Films
Available for download

Understanding the Effects of NaCl Concentration on Zinc Phosphate Pigment Morphology and Composition by Advection Through Phenoxy Thermoplastic Free Films

Product Number: 41216-946-SG
Author: Robert C. Bennett, Greg Curtzwiler, Christina Konecki, Dilhan Fernando, James W. Rawlins
Publication Date: 2016
$20.00

Corrosion is a major concern for all materials during their service lives. In particular, salts such as sodium chloride (NaCl) are known to promote corrosion and detrimentally affect coating performance. Understanding how NaCl affects water uptake into a film and its interactions with corrosion-inhibiting pigments is important for developing the next generation of anticorrosive coatings. 
Use of Pre-Construction Primers in Marine Construction
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Use of Pre-Construction Primers in Marine Construction

Product Number: 41215-876-SG
Author: J. Peter Ault
Publication Date: 2015
$20.00

Pre-construction primers  (also known as  shop primers  or  pre-fabrication primers) are  very thin films  applied to blast  cleaned steel  plates  and shapes  to provide  preservation of  the  blasted steel during the  shipbuilding or construction process.  SSPC is  developing an industry guide  document containing information regarding the  use  of  pre-construction primers  (PCP) on structural  steel  in shipbuilding. 
Understanding the Breathing-Air System in Abrasive Blasting
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Understanding the Breathing-Air System in Abrasive Blasting

Product Number: 41215-891-SG
Author: Thomas E. Enger
Publication Date: 2015
$20.00

The Occupational Safety and Health Administration (OSHA) defines abrasive blasting as “using compressed air or water to direct a high-velocity stream of an abrasive material to clean an object or surface, remove burrs, apply a texture or prepare a surface for the application of paint or other type of coating.” OSHA regulations governing General Industry, Construction, and Shipyards mandate the use of abrasive-blast respirators approved by the National Institute for Occupational Safety and Health (NIOSH). Blast respirators are Type-CE supplied-air respirators, commonly known as “blast helmets.” This article will review and explain the components and the requirements pertaining to the use of these respirators.
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