Nanotechnology in Coatings

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Microplastics and nanoplastics arise from polymer degradation and product use, influencing human exposure, toxicology and emerging regulations tied to sustainability goals.

A technical look at high-performance ceramic coatings, spotlighting nanotechnology, self-healing systems and sustainable formulations shaping automotive and aerospace applications worldwide.

Calls for climate-responsive architecture are growing as weather patterns become more extreme and unpredictable. Learn how coatings may be able to play a role. 

Anti-glare, hardcoat and UV-cure advances are pushing AR lenses toward clearer views, lighter builds and lower power needs.

A new lens coating reduces near-infrared facial recognition while maintaining clarity and durability.

A plastics manufacturer implemented an AI-driven materials informatics platform to unify data, accelerate R&D and improve sustainability. This case study examines the impact. 

As PFAS gets phased out, new materials rush in — but do they hold up under pressure?

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.