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Polyasparartic Ester Finish Coats - A New Generation

Recent advances in the realm of polyaspartic ester finish coat technology have led to significant improvements in their aesthetic and corrosion resistance properties. Of particular interest is an initial comparison of the aesthetic properties of older and new generation polyaspartic ester finishes with both polyurethanes and isocyanate-free polysiloxane finishes.  

Product Number: 41208-440-SG
Author: Mike O’Donoghue, Ron Garrett, V.J. Datta, Justin Dunn
Publication Date: 2008
Industry: Coatings
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Recent advances in the realm of polyaspartic ester finish coat technology have led to significant improvements in their aesthetic and corrosion resistance properties. Of particular interest is an initial comparison of the aesthetic properties of older and new generation polyaspartic ester finishes with both polyurethanes and isocyanate-free polysiloxane finishes. Hailed for their rapid curing and rapid return-to-service features, 2 ct and 3 ct high performance systems with polyaspartic ester topcoats are finding ever more use in industry. The multifaceted property attributes of polyaspartic ester topcoats has significant ramifications for performance enhancement and cost reduction in the war on corrosion.  First and foremost, this paper compares and contrasts the laboratory testing of early polyaspartic ester topcoats with new generation types. Case histories are provided to illustrate the increasing popularity of polyaspartic ester technology in moderate to harsh service environments.

Recent advances in the realm of polyaspartic ester finish coat technology have led to significant improvements in their aesthetic and corrosion resistance properties. Of particular interest is an initial comparison of the aesthetic properties of older and new generation polyaspartic ester finishes with both polyurethanes and isocyanate-free polysiloxane finishes. Hailed for their rapid curing and rapid return-to-service features, 2 ct and 3 ct high performance systems with polyaspartic ester topcoats are finding ever more use in industry. The multifaceted property attributes of polyaspartic ester topcoats has significant ramifications for performance enhancement and cost reduction in the war on corrosion.  First and foremost, this paper compares and contrasts the laboratory testing of early polyaspartic ester topcoats with new generation types. Case histories are provided to illustrate the increasing popularity of polyaspartic ester technology in moderate to harsh service environments.

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