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corrosion protection

corrosion protection

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Research results show that the developed coatings, especially Ni-biо Сu-Ѕ.А, have excellent chemical stability in a wide pH range and thus offer versatile application possibilities.

Eco-friendly fabrication of bio copper based superhydrophobi...

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Researchers found that the use of biogenic Cu nanoparticles in combination with a biocompatible process enables an en ...

Hydrophobic phytic acid conversion layers for corrosion prot...

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Research results show that the modified phytic acid-based conversion coatings in combination with E-coatings signific ...

The addition of nitrogen-doped 3D-reduced graphene oxide changes the corrosion protection of epoxy/zinc composite coatings.

Improved corrosion protection performance of electrophoretic...

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Scientists have found that electrophoretic epoxy coatings have improved corrosion protection performance.

Construction of smart halloysite nanocontainers for active l...

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Researchers found that the use of halloysite nanotubes (HNT) coated with chitosan (CS) and loaded with pH-responsive ...

The addition of nitrogen-doped 3D-reduced graphene oxide changes the corrosion protection of epoxy/zinc composite coatings.

Improving the anti-corrosive performance of epoxy/zinc compo...

news Application Areas

The addition of nitrogen-doped 3D-reduced graphene oxide changes the corrosion protection of epoxy/zinc composite coatin ...

Innovative hydrophobic phytic acid conversion layers enhance corrosion protection on steel surfaces.

Hydrophobic phytic acid conversion layers for corrosion prot...

news Application Areas

While phytic acid conversion coatings have shown success on diverse surfaces and the development of enhanced corrosio ...

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