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Anti-Corrosion

Avanserte nanoteknologiske overflate-behandlinger

Rusted metal railings illustrate how unprotected steel succumbs to corrosion over time. Advanced nanocoatings form an invisible shield to prevent such damage. Corrosion is a pervasive challenge across oil & gas, marine, infrastructure, and other industries​.

 

Left unchecked, rust and oxidation degrade critical equipment and structures – the global cost of corrosion is estimated around $2.5 trillion (≈3.4% of GDP) annually​ (NACE, 2017).

 

This leads to frequent maintenance, downtime, and even environmental hazards from leaks or structural failures. NanoTech Solutions’ anti-corrosion nanocoatings are engineered to combat this problem at the source. By leveraging nanotechnology, we create ultra-thin protective layers that isolate metal surfaces from moisture, oxygen, and corrosive chemicals. The result is a dramatically longer lifespan for assets and lower life-cycle costs for operators.

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Technology & Scientific Principles

Our anti-corrosion nanocoatings work by forming a continuous nano-scale barrier that actively repels water and corrosive ions. Unlike traditional paints, these coatings incorporate advanced materials (such as sol-gel ceramics and polymer composites) that bond tightly to the substrate and fill microscopic crevices. This prevents the electrochemical reactions that produce rust.

 

For example, Gentoo, one of our sol-gel nanocoatings, creates a hydrophobic and chemical-resistant film – it repels water, oils, acids, and bases, effectively sealing the metal off from corrosive agents.

 

Another solution, SAPOE, is a thermoplastic polyester nano-powder coating that can be applied as a thick, uniform layer on steel. It’s completely solvent-free and forms a dense protective shell. The scientific principle is simple: keep the environment (water, salt, chemicals) from contacting the metal, even at the micro-level.

 

Nanoparticles within the coating may also serve as sacrificial corrosion inhibitors or provide cathodic protection in case the layer is breached. Furthermore, nanocoatings often leverage superhydrophobicity – by creating a lotus-leaf-like roughness, they cause water to bead up and roll off, carrying particles away with it. This lotus effect ensures the surface stays dry, which is key since moisture is required for most corrosion to propagate.

Kilde: Micro Nano Technology Education Center

Our anti-corrosion nanocoatings work by forming a continuous nano-scale barrier that actively repels water and corrosive ions. Unlike traditional paints, these coatings incorporate advanced materials (such as sol-gel ceramics and polymer composites) that bond tightly to the substrate and fill microscopic crevices. This prevents the electrochemical reactions that produce rust.

 

For example, Gentoo, one of our sol-gel nanocoatings, creates a hydrophobic and chemical-resistant film – it repels water, oils, acids, and bases, effectively sealing the metal off from corrosive agents.

 

Another solution, SAPOE, is a thermoplastic polyester nano-powder coating that can be applied as a thick, uniform layer on steel. It’s completely solvent-free and forms a dense protective shell. The scientific principle is simple: keep the environment (water, salt, chemicals) from contacting the metal, even at the micro-level.

 

Nanoparticles within the coating may also serve as sacrificial corrosion inhibitors or provide cathodic protection in case the layer is breached. Furthermore, nanocoatings often leverage superhydrophobicity – by creating a lotus-leaf-like roughness, they cause water to bead up and roll off, carrying particles away with it. This lotus effect ensures the surface stays dry, which is key since moisture is required for most corrosion to propagate.

Kilde: NBC New Learn

Our anti-corrosion nanocoatings work by forming a continuous nano-scale barrier that actively repels water and corrosive ions. Unlike traditional paints, these coatings incorporate advanced materials (such as sol-gel ceramics and polymer composites) that bond tightly to the substrate and fill microscopic crevices. This prevents the electrochemical reactions that produce rust.

 

For example, Gentoo, one of our sol-gel nanocoatings, creates a hydrophobic and chemical-resistant film – it repels water, oils, acids, and bases, effectively sealing the metal off from corrosive agents.

 

Another solution, SAPOE, is a thermoplastic polyester nano-powder coating that can be applied as a thick, uniform layer on steel. It’s completely solvent-free and forms a dense protective shell. The scientific principle is simple: keep the environment (water, salt, chemicals) from contacting the metal, even at the micro-level.

 

Nanoparticles within the coating may also serve as sacrificial corrosion inhibitors or provide cathodic protection in case the layer is breached. Furthermore, nanocoatings often leverage superhydrophobicity – by creating a lotus-leaf-like roughness, they cause water to bead up and roll off, carrying particles away with it. This lotus effect ensures the surface stays dry, which is key since moisture is required for most corrosion to propagate.

Kilde: HybridMedical

Our anti-corrosion nanocoatings work by forming a continuous nano-scale barrier that actively repels water and corrosive ions. Unlike traditional paints, these coatings incorporate advanced materials (such as sol-gel ceramics and polymer composites) that bond tightly to the substrate and fill microscopic crevices. This prevents the electrochemical reactions that produce rust.

 

For example, Gentoo, one of our sol-gel nanocoatings, creates a hydrophobic and chemical-resistant film – it repels water, oils, acids, and bases, effectively sealing the metal off from corrosive agents.

 

Another solution, SAPOE, is a thermoplastic polyester nano-powder coating that can be applied as a thick, uniform layer on steel. It’s completely solvent-free and forms a dense protective shell. The scientific principle is simple: keep the environment (water, salt, chemicals) from contacting the metal, even at the micro-level.

 

Nanoparticles within the coating may also serve as sacrificial corrosion inhibitors or provide cathodic protection in case the layer is breached. Furthermore, nanocoatings often leverage superhydrophobicity – by creating a lotus-leaf-like roughness, they cause water to bead up and roll off, carrying particles away with it. This lotus effect ensures the surface stays dry, which is key since moisture is required for most corrosion to propagate.

Multi_Icon_Properties

Hvordan velge?

Det finnes dessverre ikke én universal nanocoating som har alle egenskapene,
finn løsningen som passer best for dine behov i oversikten.

Korrosjon

Kjemisk

NanoCoating

Vannavvisende

Self-Rensende

UV

Avvisende

Ice_png

Anti-Is

eduserer is- og snøadhesjon ved å hindre vannfilm og feste. Forebygger isoppbygging, gjør avising enklere og sikrer stabil drift i kulde.

Corrosion_02

Korrosjon Inhibitor

Danner en barriere som blokkerer fukt og oksygen, og hindrer rust på metaller. Forlenger levetiden, reduserer vedlike-holdet og gir økonomisk gevinst.

Anti-Mikrobiell

Virus_01

Anti-Mikrobiell

Nanobelegg nøytraliserer bakterier og virus kontinuerlig, og gir hygieniske, trygge overflater i helsevesen, nærings-middelindustri og offentlige rom.

Hardhet

Hardness_01

Ripe Beskyttelse

Øker overflatehardheten, beskytter mot riper og slitasje. Bevarer estetikk og funksjon på gulv, kjøretøy og elektronikk.

Chemicals_01

Kjemisk Resistens

Gir motstand mot syrer, baser, salter og løsemidler. Overflater forblir intakte, uten kjemisk ned-brytning eller svekkelse over tid.

Kjemisk Barriere

Chemicals_01
Gentoo_edited_edited.jpg
SolarEX_02
SurfaceGuard-X_02
Hydrophobic_01

Hydrofobi

Danner en vannavvisende overflate der væske og smuss perler og renner av. Gir selvrensende effekt, beskytter mot fukt og forenkler vedlikehold.

Lotus_Effect_01

Selv-Rensende

Forhindrer at støv, smuss og organiske partikler fester seg. Enkel rengjøring og betydelig redusert behov for vedlikehold.

UV_01

UV Resistent

Beskytter mot UV-stråling, fargebleking og vær. Sikrer varig utseende, styrke og ytelse under sol, regn og temperaturendringer.

Bruksområder 

Aerospace

Aerospace

Avanserte nanocoatinger med anti-ising, hydrofobe og korrosjons-beskyttende egenskaper forbedrer ytelse, reduserer luftmotstand,  vedlikehold, og beskytter overflater mot ekstreme miljøforhold og væskeansamlinger på fly og innen romfar.

Building

Bygg

Nano-baserte overflate-behandlinger gir vannavvisning, graffiti-beskyttelse og selvrensende egenskaper på fasader, vinduer og metall – noe som kraftig reduserer rengjøringsbehov, fuktskader og forbedrer både levetiden og det estetiske til byggets ytre og indre flater.

UAV

Droner

Nanocoatinger gir droner essensiell isings-beskyttelse, vannavvisning, korrosjonsmotstand og sikrer driftssikkerhet i krevende sivile og taktiske anvendelser.

 

Beskytter elektronikk i varierende vær- og terrengforhold ved rekognosering, søk og transport.

Surgery_Clinic

Helse

ISO-godkjente antimikrobielle nanocoatinger som gir langsiktig beskyttelse ved å hindre mikrobiell vekst.

 

Eliminerer 99,9 % av mikrober på berøringsflater, og styrker hygiene og infeksjons-kontroll ved å redusere risikoen for smittes-predning i sykehus, laboratorier og helseklinikker.

Pipes_Coating

Industri

Nanocoatinger for industriell bruk gir robust beskyttelse mot korrosjon, slitasje og kjemikalier, og forlenger levetiden til utsatte komponenter under krevende driftsforhold.

 

Bidrar til renere prosesser og lavere vedlikeholds-kostnader i energi-, næringsmiddel- og prosessindustri.

Concrete_Fasade

Infrastruktur & Transport

Superhydrofobe og anti-is coatinger beskytter kritisk infrastruktur som broer, tårn og offentlig transport mot is, salt og vanninntrengning.

 

Reduserer risikoen for korrosjon og strukturell svekkelse og minimerer vedlikeholdskostnader i offentlig og privat sektor.

Troopers_Military

Militæret

Militære nanocoatinger gir multifunksjonell beskyttelse mot slitasje, korrosjon, vann og kjemikalier, og forlenger levetiden på kjøretøy, våpensystemer og felt-elektronikk i krevende operasjonsmiljøer.

 

Ideelle for optisk utstyr og taktiske overflater under ekstreme feltforhold.

Oil_Rig

Offshore & Marine

Antifouling- og korrosjons-hemmende nanocoatinger sikrer langvarig beskyttelse av rigger, skip og rørledninger i aggressive saltvannsmiljøer, og reduserer reparasjons-behov og nedetid.

 

Forlenger serviceintervallene for maritime og offshore installasjoner betydelig.

Solar_cell

Solar

SolarEX nanocoating øker solcelleytelsen med opptil 10 %, og gir anti-refleks, selvrensende og UV-beskyttende egenskaper som forbedrer effektiviteten i støvete og fuktige miljøer.

 

Transparente og værbestandige coatinger som opprettholder stabil energi-produksjon over lang driftstid.

Antenna_icing

Telekommunikasjon

Superhydrofobe antenne- og radomecoatinger som Hirec®, forhindrer signaltap ved å motvirke vannfilm, snø- og isdannelse.

 

Sikrer kontinuerlig signalstyrke i terrestriske og satellittbaserte kommunikasjonsnettverk, uansett værforhold.

Wind_Turbine_Icing

Vindkraft

Is-hemmende og hydrofobe nanocoatinger hindrer isdannelse på vindturbinblader, reduserer nedetid og bevarer aero-dynamikken for optimal kraftproduksjon i utfordrende klima.

 

Forlenger levetiden og reduserer vedlikehold for vindkraftanlegg både på land og offshore.

X-Coating

X - Coating

X-Coating er basert på modulære, høy-ytelses overflatebehandlinger med valgfrie egenskaper, og er designet for å møte krevende tekniske, miljømessige og regulatoriske krav.

 

X-Coating er et tilpasningsvennlig system som kan kombinerer egenskaper etter behov.

Navigation

Gentoo® Multi-Functional Coating – A clear nanocoating offering combined corrosion resistance and hydrophobicity for harsh environments.


SAPOE® Thermoplastic Barrier – A thick-film anti-corrosion powder coating for extreme outdoor durability.
 

Chemical Barrier Nanocoatings – Explore how nanocoatings block chemicals and moisture to complement corrosion protection.
 

UV Protection Coatings – Learn about UV-resistant nano coatings (important because UV-degradation of paint can lead to under-film corrosion).
 

Hydrophobic Nanocoatings – See how water-repellent coatings (lotus-effect) work, a key feature in many anti-corrosion solutions.

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