Nanize: Pioneering PFAS-Free Polysilazane Coatings
Leading the charge in replacing traditional PFAS-based coatings with breakthrough, PFAS-free nanotechnology based on polysilazane ceramic coatings. Our innovative solutions cure rapidly, process at low temperatures, and offer a world-leading low coefficient of friction.
Core Advantages & Key Features
Durable Polysilazane Ceramic Coating
Engineered for longevity, ensuring surfaces remain protected under harsh conditions
Rapid Curing Technology
Full cure in less than one minute—a process that traditionally takes days
Low Temperature Curing
Process below 100°C saves energy and allows application on temperature-sensitive substrates
PFAS-Free Formulation
Safer, environmentally responsible alternative that meets new regulatory standards
Problems Addressed
Rapid Curing of Polysilazane
Traditional processes suffer from slow curing times. Nanize drastically reduces curing time without compromising hardness or functionality.
PFAS Replacement
With global trends toward banning PFAS due to environmental and health hazards, Nanize offers a high-performance alternative without the risks.
Tailored Performance
Industries often struggle to find coatings that precisely match their requirements. Nanize's customizable approach bridges that gap.
What Makes Nanize Special
Innovative Solutions
Pioneering rapid curing technology that sets new standards in the coatings industry, transforming manufacturing processes and product performance.
Proven Performance
Demonstrated results across various applications, from electronics to automotive and more, with consistent quality and reliability.
Functional Coating
Combining durability, low friction, and environmental responsibility in a single, multifunctional product that outperforms traditional solutions.
Environmental Responsibility
By removing PFAS, Nanize complies with emerging global regulations and contributes to a safer environment for all.
Market Applications
Windows & Building
Easy-to-clean, anti-graffiti, and non-wetting surfaces for architectural applications
Electronics & Displays
Protection for touchscreens and components in smart devices against fingerprints and scratches
Cookware
Non-stick and antimicrobial surfaces that improve both performance and hygiene
Industrial Tools
Blades, cutters, and slitters with minimized friction for improved longevity
Renewable Energy
Coatings for solar modules and wind turbine blades to increase efficiency
The Technology Behind Nanize
Superior Performance
World-leading low coefficient of friction
Advanced Formulation
Polysilazane-based ceramic coating
Rapid Curing Process
Full cure in under one minute
Low-Temperature Processing
Cures below 100°C for versatile applications
Nanize's unique approach to nanocoatings achieves a hard, durable finish while consuming less energy. The rapid curing is a game-changer for production environments, enabling faster turnaround and expanding the range of compatible substrates.
Environmental Impact
Global Regulatory Compliance
Meeting future standards today
Reduced Environmental Footprint
Lower energy consumption in manufacturing
PFAS-Free Formulation
Eliminating persistent pollutants
As regulatory bodies worldwide move to restrict PFAS, Nanize's technology offers a compliant and sustainable alternative, ensuring long-term market viability and environmental safety. The low-temperature curing process also significantly reduces energy consumption compared to traditional coating methods.
Future-Proof Your Products with Nanize
<1 min
Curing Time
From days to seconds
<100°C
Processing Temperature
Energy-efficient application
0%
PFAS Content
Completely free of harmful chemicals
Nanize is at the forefront of the shift towards sustainable, high-performance coatings. By replacing PFAS with rapidly cured, low-temperature polysilazane ceramic coatings, we set a new benchmark in both performance and environmental responsibility. Whether protecting electronics, enhancing automotive components, or ensuring industrial equipment longevity, our technology delivers on every promise.