Qnity’s Non-Fluorine Photoresist Wins R&D 100 Award: Industry-Wide Sustainability Push Gains Momentum
Award-Winning Photoresist Sets a New Sustainability Benchmark
Qnity Electronics (NYSE:Q) just scored a major win, capturing the 2025 R&D 100 Award for its UV™ 26GNF photoresist—an innovation that promises to set new environmental standards for semiconductor manufacturing. In an industry known for complex chemical processes, this breakthrough replaces traditional PFAS-containing materials with non-fluorine alternatives, directly addressing mounting concerns around environmental impact and long-term safety.
Replacing PFAS: Paving the Way for Safer Chip Production
The semiconductor world is grappling with how to balance cutting-edge technology and sustainability. PFAS compounds, widely used for their performance but notorious for environmental persistence, have come under scrutiny. Qnity’s new photoresist directly addresses these challenges. By switching out PFAS with greener materials, the UV™ 26GNF photoresist allows chipmakers to maintain high standards for pattern precision and yield, without compromising safety or reliability.
| Feature | Traditional Photoresist | Qnity UV™ 26GNF |
|---|---|---|
| Key Ingredient | PFAS compounds | Non-fluorine alternatives |
| Environmental Focus | Potential pollutant | Reduced impact |
| Process Compatibility | Industry-standard | Compatible with KrF lithography |
| Performance | Proven, but legacy safety concerns | Precision patterning and high yield |
Recognition Reinforces Market Leadership and Commercial Progress
This R&D 100 Award isn’t just a feather in Qnity’s cap. Often dubbed the "Oscars of Innovation," this honor places Qnity at the forefront of responsible technology leadership. UV™ 26GNF’s commercial rollout has already begun for KrF lithography, with Qnity broadening its non-fluorine materials portfolio to serve additional wavelengths and chip nodes—meaning the potential reach goes well beyond this initial product.
Collaboration, Speed, and Recognition Fuel the Transition
Speed was critical in bringing this new material to market. Qnity’s R&D team leaned heavily on advanced computational modeling and digital development tools to accelerate testing and validation. Their earlier recognition with the SPIE’s Jeffrey Byers Best Poster Award further highlights industry acknowledgment of the company’s technical progress and thought leadership.
Takeaway: A New Era for Green Materials in Chips
For investors, engineers, and environmental stewards, Qnity’s win underscores a decisive market pivot toward safer and more sustainable chipmaking. As the industry feels growing pressure to phase out PFAS and other substances of concern, the successful commercial adoption of non-fluorine alternatives could set off a broader shift across global fabs. With the R&D 100 spotlight and commercial momentum on its side, Qnity’s non-fluorine portfolio may well become the new norm—raising the bar for innovation and sustainability sector-wide.
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