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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Forsegling
Trygge
NanoPartikler
Skreddersydd
Beskyttelse
Alle
Overflater
Kilde: Micro Nano Technology Education Center
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.
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
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.
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.
Det finnes dessverre ikke én universal nanocoating som har alle egenskapene,
finn løsningen som passer best for dine behov i oversikten.
Hvordan velge?
Korrosjon
Kjemisk
NanoCoating
Vannavvisende
Self-Rensende
UV
Avvisende
Anti-Is
eduserer is- og snøadhesjon ved å hindre vannfilm og feste. Forebygger isoppbygging, gjør avising enklere og sikrer stabil drift i kulde.
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
Anti-Mikrobiell
Nanobelegg nøytraliserer bakterier og virus kontinuerlig, og gir hygieniske, trygge overflater i helsevesen, nærings-middelindustri og offentlige rom.
Hardhet
Kjemisk Resistens
Gir motstand mot syrer, baser, salter og løsemidler. Overflater forblir intakte, uten kjemisk ned-brytning eller svekkelse over tid.
Hydrofobi
Danner en vannavvisende overflate der væske og smuss perler og renner av. Gir selvrensende effekt, beskytter mot fukt og forenkler vedlikehold.
Bruksområder
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.