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Nano-Structured Particles to Enhance Primer Performance Properties

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With increased demands placed on anti-corrosion primer coatings, whether solvent or water based, formulators are continually searching for ways to improve performance. Anti-corrosion, suspension of heavy pigments and fillers, achieving high film build, improving mechanical strength are properties which are desired to impart improved protection and can stability in severe environments. 

Product Number: 41212-691-SG
Author: Maria Nargiello, Günther Michael, Doris Simoes
Publication Date: 2012
Industry: Coatings
$0.00
$20.00
$20.00

With increased demands placed on anti-corrosion primer coatings, whether solvent or water based, formulators are continually searching for ways to improve performance. Anti-corrosion, suspension of heavy pigments and fillers, achieving high film build, improving mechanical strength are properties which are desired to impart improved protection and can stability in severe environments. SiO2 have been used for decades in numerous types of coating chemistries to enhance rheology of liquid systems with respect to thickening, anti-sag and suspension of pigments and fillers. Nano-structured based technology, whether as a powder or in pre-dispersed form, plays a critical role to improve these performance properties. This paper will address how modified nano-structured particles based on SiO2 are differentiated and modified to create specially tailored solutions to enhance the performance of both solvent and water-based primers.

With increased demands placed on anti-corrosion primer coatings, whether solvent or water based, formulators are continually searching for ways to improve performance. Anti-corrosion, suspension of heavy pigments and fillers, achieving high film build, improving mechanical strength are properties which are desired to impart improved protection and can stability in severe environments. SiO2 have been used for decades in numerous types of coating chemistries to enhance rheology of liquid systems with respect to thickening, anti-sag and suspension of pigments and fillers. Nano-structured based technology, whether as a powder or in pre-dispersed form, plays a critical role to improve these performance properties. This paper will address how modified nano-structured particles based on SiO2 are differentiated and modified to create specially tailored solutions to enhance the performance of both solvent and water-based primers.

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