Nanize Developed PFAS-Free Coating Technologies
The chemical company has created new polysilazane-based coatings to replace restricted substances in manufacturing.
Updated on Sept. 29, 2026 in Chemistry
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Nanize has developed innovative PFAS-free, polysilazane-based coating technologies designed to replace traditional chemistries. The new platform supports diverse application methods including spraying and roll-to-roll processing.
Why it matters
Manufacturers are actively seeking alternatives to established coating chemistries as regulatory pressure surrounding PFAS substances continues to intensify on a global scale.
Nanize utilizes Fourier-transform infrared spectroscopy (FTIR) to study curing behavior, cross-linking, and formulation performance. This methodology ensures the platform meets specific requirements for various substrate applications.
The players
Nanize
Nanize is a chemical technology firm specializing in the development of advanced material coatings and surface treatments.
The details
The technology allows for versatile application methods such as slot-die, spraying, and roll-to-roll processing on materials including glass and polymers. Nanize is currently evaluating the compatibility of its new formulation across various industrial manufacturing environments.
Timeline
September 29, 2026: Official publication of the development details.
The Big Picture
This development represents a significant paradigm shift away from fluorinated compounds, which have long been the industry standard for surface protection. By bridging the gap between performance requirements and environmental mandates, this technology potentially disproves the necessity of PFAS for high-durability coating applications.
This breakthrough could lead to the production of more environmentally sustainable consumer goods, such as safer glassware and advanced polymers. It may eventually facilitate the phase-out of harmful chemicals in everyday manufacturing without compromising the durability of the final products.
The takeaway
Companies should prioritize the evaluation of emerging PFAS-free platforms to ensure long-term compliance with tightening international environmental standards. Transitioning early to these verified technologies may mitigate future regulatory risks and potential supply chain disruptions.
Further reading
For more information on the evolving landscape of industrial material sciences, visit the Chemistry section.
Source note: This article includes information reported by Innovation News Network.
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