PFAS-Free Rapidly Cured Durable and Versatile Coatings
At Nanize, we’ve developed patented coating and curing technology based on polysilazane. Our PFAS-free solutions for a wide range of applications deliver unmatched durability, ultra-low friction, and sub-minute curing at temperatures below 100°C without catalysts.
Coatings Without Compromise Proven by Testing
With over 20 thousand (and counting) test results using FTIR (Fourier-transform Infrared Spectroscopy) Nanize ultra-rapidly cured polysilazane coatings are proven to be densely cross-linked creating hard, durable surfaces.
“Fully cross-linking the coating and covalently bonding it to the substrate is the key to the excellent performance achieved by Nanize”
— Dr. Kingsley Iwu, CTO
→ Read more in our blog
What is Polysilazane?
Key Features of Nanize Coatings
How Nanize Technology Works
FTIR comparison shows uncured polysilazane coating on aluminum versus Nanize’s ultra-rapidly cured coatings on aluminum and steel.
The results demonstrate that full curing has been achieved in less than 1 minute at temperatures below 100°C, using Nanize’s patent-pending technology.
- Catalyst-Free: No need for additional chemicals during curing.
- Ultra-Fast: Complete curing in under 60 seconds.
- Low-Temperature Process: Effective below 100°C – compatible with sensitive materials.
- FTIR-Validated: Crosslinking and hard curing confirmed through spectroscopy
- Seamless Integration: Easily implemented in roll-to-roll, slot-die, or spray coating lines.
“It’s all in the chemistry.”
— Dr. Kingsley Iwu, CTO
KEY BENEFITS
PFAS-Free Innovation
Unlike traditional coatings, our technology is free from perfluorinated and polyfluorinated alkyl substances (PFAS).
Ultra-Rapid Curing
Cures fully in < 1 minute, reducing downtime and boosting throughput.
Unmatched Versatility
Compatible with glass, metal, plastics, TPU and more.
Proven Performance
Tested and verified using FTIR across thousands of samples.
Functional Coating
Additives are covalently bonded to the polymer backbone for enhanced performance.
Strong IP Portfolio
Patents awarded and under review for our unique PFAS-free compositions and curing process.
Non-Marking Performance on TPU Films
While traditional PFAS coatings struggle with marker ink penetration, Nanize-coated TPU repels and wipes clean easily — even from aggressive inks.
Further optimization has enhanced anti-soiling properties across optical substrates including polycarbonate and polythiourethane.
- Easy to clean: No ghosting or residue left behind
- Long-lasting: Resists wear from cleaning and friction
- Substrate-safe: Works on TPU, PC, PTU and more
Proven by Testing
Nanize coatings have undergone extensive lab validation, including FTIR (Fourier-transform infrared spectroscopy), to verify polymer crosslinking, hard curing, and durability performance.
Test results confirm:
- Full curing in < 1 minute at temperatures below 100°C
- No catalyst required – minimizing process complexity
- Dense crosslinked network confirmed by FTIR
- Proven adhesion and anti-soiling across glass, TPU, and metal
The Smarter Choice for a PFAS-Free Future
Environmentally Responsible
Our coatings are 100% PFAS-free and aligned with global sustainability targets. We eliminate hazardous substances without compromising performance.
Superior Performance
Engineered for demanding industries, Nanize coatings deliver ultra-low friction, stain resistance, and long-term durability — far beyond what traditional coatings offer.
Future-Ready
Nanize technology anticipates regulatory shifts and is already compliant with the strictest PFAS bans. Scalable for high-volume manufacturing.
Want to Go Deeper?
Explore our latest blog articles:
Ready to Replace PFAS Coatings for Good?
Nanize coatings are designed for innovators who want to lead the industry — not follow it.
Let’s talk about how we can help you transition faster, cleaner, and smarter.
What Makes Our Technology Unique?
| Feature | Nanize Advantage |
|---|---|
| PFAS-Free | Safe, compliant and future-proof |
| Ultra-Fast Curing | Cuts production cycles drastically |
| Low Friction | Smoother than Teflon®, even without PFAS |
| Material Compatibility | Works on glass, metals, polymers |
| Functional Coating | Additives can be chemically bonded |
| Patent-Pending | Proprietary innovations under review |
“It’s all in the chemistry.”
— Dr. Kingsley Iwu, CTO
Applications Across Industries
Our technology is trusted by forward-thinking companies in:
Automotive: Easy-to-clean wraps, exterior protection
Electronics: Fingerprint- and smudge-resistant coatings
Architecture: Anti-graffiti and anti-soiling solutions
Renewables: Cleaner solar modules & turbine blades
Industrial Tools: Low-friction blades and components