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Self-Stratifying Coatings - The Next Generation in Performance

Self-Stratifying Coatings - The Next Generation in Performance
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This paper will focus on the advancement of waterborne acrylic coatings that features self-stratifying technology which significantly advances performance of color and gloss retention. Various analytical methods were used to verify stratification. Magnified cross sections of the coating film will show the layered effect and discussion of how these multiple micro-paint layers outperform standard acrylics. An overview of performance testing will be presented to demonstrate the value of this technology and how it contributes to longer lifecycle costs and lower overall project costs.

Product Number: 41211-585-SG
Author: Arun Asarawala, Pete Mackulin, Randy Krafcik, Dave Klimovich
Publication Date: 2011
Industry: Coatings
$0.00
$20.00
$20.00

This paper will focus on the advancement of waterborne acrylic coatings that features self-stratifying technology which significantly advances performance of color and gloss retention. Various analytical methods were used to verify stratification. Magnified cross sections of the coating film will show the layered effect and discussion of how these multiple micro-paint layers outperform standard acrylics. An overview of performance testing will be presented to demonstrate the value of this technology and how it contributes to longer lifecycle costs and lower overall project costs.

This paper will focus on the advancement of waterborne acrylic coatings that features self-stratifying technology which significantly advances performance of color and gloss retention. Various analytical methods were used to verify stratification. Magnified cross sections of the coating film will show the layered effect and discussion of how these multiple micro-paint layers outperform standard acrylics. An overview of performance testing will be presented to demonstrate the value of this technology and how it contributes to longer lifecycle costs and lower overall project costs.

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Self-Healing Systems for Industrial and Marine Protective Coatings
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Self-Healing Systems for Industrial and Marine Protective Coatings

Product Number: 41211-584-SG
Author: Gerald O. Wilson, H. Magnus Andersson
Publication Date: 2011
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 Truly self-healing materials have the capability to repair themselves when they are damaged without the need for any external intervention. Self-healing systems based on microencapsulated healing agents developed by researchers at the University of Illinois at Urbana-Champaign were initially developed with polymerized resins and reinforced polymer composites as the intended applications. In this paper, we discuss the principles that emerged in the design of these self-healing systems and how they are presently used in design and optimization of self-healing systems for industrial and marine protective coatings.
Retention of Pr-Construction Primers During Shipbuilding
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Retention of Pr-Construction Primers During Shipbuilding

Product Number: 41211-586-SG
Author: J. Peter Ault
Publication Date: 2011
$20.00

Pre-construction Primer (PCP) is a zinc-containing, weld-through primer applied at low thickness to minimize rusting of steel during storage and fabrication. PCP removal is perceived to reduce risk of coating failure associated with painting over an aged zinc primer. PCP is retained in many commercial shipbuilding operations in order to reduce costs and provide a better performing coating system. This paper will review commercial industry practices and the guidance provided by marine coating manufacturers.
Concrete Repair: The Ultimate Sustainability
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Concrete Repair: The Ultimate Sustainability

Product Number: 41211-611-SG
Author: Fred Goodwin
Publication Date: 2011
$20.00

Concrete repair is a neglected primary example of sustainable construction and green building practices. Sustainability in construction is a topic of increasing importance. Concrete has high embodied energy and much documentation exists about the sustainable nature of concrete in new construction. Concrete maintenance, protection, and repair are the ultimate acts of sustainability in construction because they preserve this embodied energy. Rating systems should be adopted to better capture the sustainable nature of concrete preservation
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