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BPA Epoxide Inorganic/Organic Coatings with nanoCarbon Additives

BPA Epoxide Inorganic/Organic Coatings with nanoCarbon Additives
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Brief Background Throughout the last decades, coatings science has incorporated very versatile inorganic materials into organic coating to form the inorganic/organic hybrid coating systems. Combining various organic and inorganic constituents in combination with different preparation and processing methods, very versatile materials can be produced for optical, structural and coatings applications. The hybrid products have combined the properties of the inorganic materials, i.e., hardness, durability, and thermal stability, and organic polymers, i.e., flexibility and toughness. 

Product Number: 41215-933-SG
Author: Mark D. Soucek
Publication Date: 2015
Industries: Coatings , Coatings and Linings
$0.00
$20.00
$20.00

Brief Background Throughout the last decades, coatings science has incorporated very versatile inorganic materials into organic coating to form the inorganic/organic hybrid coating systems. Combining various organic and inorganic constituents in combination with different preparation and processing methods, very versatile materials can be produced for optical, structural and coatings applications. The hybrid products have combined the properties of the inorganic materials, i.e., hardness, durability, and thermal stability, and organic polymers, i.e., flexibility and toughness. Our group has studied polyurea and polyurethane organic/inorganic films using different sol-gel precursors such as organo-functional alkoxysilanes or non-functional organo-alkoxysilane. In this system, polyurethane provides the general mechanical properties and polysiloxane functions as an adhesion promoter and corrosion inhibitor. Similarly, they also prepared alkoxysilane oligomer modified epoxide primers, which also bears improved good adhesion to the substrate and corrosion protection.

Brief Background Throughout the last decades, coatings science has incorporated very versatile inorganic materials into organic coating to form the inorganic/organic hybrid coating systems. Combining various organic and inorganic constituents in combination with different preparation and processing methods, very versatile materials can be produced for optical, structural and coatings applications. The hybrid products have combined the properties of the inorganic materials, i.e., hardness, durability, and thermal stability, and organic polymers, i.e., flexibility and toughness. Our group has studied polyurea and polyurethane organic/inorganic films using different sol-gel precursors such as organo-functional alkoxysilanes or non-functional organo-alkoxysilane. In this system, polyurethane provides the general mechanical properties and polysiloxane functions as an adhesion promoter and corrosion inhibitor. Similarly, they also prepared alkoxysilane oligomer modified epoxide primers, which also bears improved good adhesion to the substrate and corrosion protection.

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