Nanotechnology in Coatings

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Barrier strength, conductivity and thinner layers? Graphene is helping coatings do more with less.

Over two decades, graphene has revolutionized coatings by enhancing corrosion resistance, durability, conductivity and sustainability, paving the way for next-generation formulations.

A new terahertz robotic solution is revolutionizing automotive and aerospace manufacturing by eliminating paint waste and improving coating quality, with precision measurements down to 1 micron.

The coatings industry faces rising sustainability challenges, but innovation is driving solutions — from PFAS-free alternatives to low-carbon raw materials and regulatory-driven advancements.

ATO-based antistatic coatings outperform PEDOT and fluorinated additives, offering PFAS-free protection and superior stability, especially in PSAs for LCD polarizers to prevent static discharge.

Demand for man-made lagoons is rising, highlighting the durability of aliphatic polyurea-based linings for long-term waterproofing and structural integrity.

Dürr's new return system enables VOC-free color changes for two-component clear coats, reducing emissions, cycle times and paint booth costs.

A new thermal additive enhances energy efficiency and fire resistance, reducing heat absorption, improving emissivity, and meeting stringent environmental and building performance standards.

AI can transform paint formulation, reducing development time, enhancing sustainability and opening new market opportunities with precision and efficiency.

Researchers at the University of Chicago’s Pritzker School of Molecular Engineering explore using piezoelectric nanoparticles for smart material design. The team discovered a key role for friction between particles in causing the materials to flip from a fluid to a more solid structure. Potential applications are paint that does not clump, liquids that harden into a mold when shaken, and wearable protective gear that stiffens when hit.