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Novel Self-Healing Chemistries for Elevated Tempurature Coating Applications

Novel Self-Healing Chemistries for Elevated Tempurature Coating Applications
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Self-healing polymers are a new class of smart materials, which have the capability to autonomically repair themselves after damage, without the need for detection or repair by manual intervention. To expand the scope of practical applications, new self-healing chemistries have been developed and evaluated for use in a wide variety of applications including coatings.

Product Number: 41209-519-SG
Author: Gerald O. Wilson, H. Magnus Andersson, Larry F. Evans, Scott R. White
Publication Date: 2009
Industry: Coatings
$0.00
$20.00
$20.00

Self-healing polymers are a new class of smart materials, which have the capability to autonomically repair themselves after damage, without the need for detection or repair by manual intervention. To expand the scope of practical applications, new self-healing chemistries have been developed and evaluated for use in a wide variety of applications including coatings. In this paper, we discuss the temperature stability of self-healing additives with a view towards the development of additives that exhibit excellent self-healing performance as well as thermal stability in a variety of coating application processes such as drying and curing, as well as in higher temperature service conditions.

Self-healing polymers are a new class of smart materials, which have the capability to autonomically repair themselves after damage, without the need for detection or repair by manual intervention. To expand the scope of practical applications, new self-healing chemistries have been developed and evaluated for use in a wide variety of applications including coatings. In this paper, we discuss the temperature stability of self-healing additives with a view towards the development of additives that exhibit excellent self-healing performance as well as thermal stability in a variety of coating application processes such as drying and curing, as well as in higher temperature service conditions.

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New Water-Based Fluoropolymer Resins for Ultra-Weatherable Coatings
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New Water-Based Fluoropolymer Resins for Ultra-Weatherable Coatings

Product Number: 41209-472-SG
Author: Winn Darden, Bob Parker, Naoko Sumi, Isao Kimura, Masakazu Ataku, Takashige Maekawa
Publication Date: 2009
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Fluoropolymer resins find widespread use as building blocks for ultra-weatherable coatings. Fluoroethylene vinyl ether (FEVE) resins were developed to overcome some of the problems associated with the application of standard fluoropolymer coatings. FEVE resins, which yield topcoats with expected lifetimes exceeding 60 years, can be cured at ambient temperatures for field application, or at elevated temperatures in the shop. In order to allow coating manufacturers to conform to government regulations on solvents, water-based FEVE resins were developed several years ago. 
New Vinyl Coating System for the Marine Industry
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New Vinyl Coating System for the Marine Industry

Product Number: 41209-480-SG
Author: Daniel Harrison
Publication Date: 2009
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Vinyl coatings technology was pioneered shortly after World War II to control the corrosion on steel dam gates along the Mississippi River. Previously, oil-based technology had resulted in paints that performed well on atmospheric exposed areas of the dams but failed quickly in the areas immersed in water. By the mid-1950s, their proven durability had made vinyl coatings the industry standard for marine applications. 
Overcoating Lead Based Alkyd Paint on Steel Penstocks: Practical Experience Using a high Ratio Calcium Sulfonate Alkyd (HR CSA) System
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Overcoating Lead Based Alkyd Paint on Steel Penstocks: Practical Experience Using a high Ratio Calcium Sulfonate Alkyd (HR CSA) System

Product Number: 41209-498-SG
Author: Mike O’Donoghue, Peter Roberts, Vijay Datta, Terry McManus
Publication Date: 2009
$20.00

This paper describes key technical attributes of an innovative high ratio calcium sulfonate alkyd (HR CSA) overcoat system, and how they allowed for the successful overcoating of a lead-based alkyd paint system on a penstock exterior at a Canadian hydroelectric facility, utilizing only 5,000 psi pressure washing for surface preparation. The case history provided outlines how the coating system also lent itself well in helping to solve different crevice corrosion issues.
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