Nanize: Pioneering PFAS-Free Polysilazane Coatings
Transforming industries with breakthrough PFAS-free nanotechnology based on polysilazane ceramic coatings. Rapid curing, low-temperature processing, and world-leading low coefficient of friction for a sustainable future.
Revolutionary Coating Technology
Durable Protection
Engineered polysilazane ceramic coatings that maintain protection under harsh conditions
Rapid Curing
Full cure in less than one minute—drastically reducing a process that traditionally takes days
Low Temperature Processing
Cures below 100°C, saving energy and allowing application on temperature-sensitive substrates
PFAS-Free Formula
Environmentally responsible alternative that meets new regulatory standards worldwide
The PFAS Challenge
Environmental Concerns
PFAS chemicals persist in the environment indefinitely, earning them the nickname "forever chemicals." They accumulate in soil, water, and living organisms, causing long-term ecological damage.
Health Risks
Studies have linked PFAS exposure to serious health issues including cancer, immune system damage, hormone disruption, and developmental problems in children.
Regulatory Changes
Governments worldwide are implementing strict bans on PFAS use, creating an urgent need for alternatives that don't compromise on performance.
Nanize's Innovative Solution
Superior Performance
World-leading low coefficient of friction
Advanced Formulation
Polysilazane ceramic technology
Environmental Responsibility
100% PFAS-free composition
Nanize has developed a groundbreaking alternative to traditional PFAS-based coatings like Teflon®. By utilizing polysilazane ceramic technology, they've created a solution that not only matches but often exceeds the performance of PFAS coatings while eliminating environmental and health concerns.
Rapid Curing Technology
Application
Coating is applied to the substrate surface
Activation
Proprietary catalyst initiates the curing process
Rapid Curing
Complete hardening in under one minute
Ready for Use
Fully functional coating with no waiting period
Traditional polysilazane coatings require days to cure fully. Nanize's breakthrough technology reduces this to seconds, revolutionizing manufacturing efficiency while maintaining exceptional coating quality and performance.
Low Temperature Processing
Energy Efficiency
Curing below 100°C significantly reduces energy consumption compared to traditional high-temperature processes, lowering both costs and carbon footprint.
Substrate Versatility
The low-temperature process enables coating of heat-sensitive materials that would be damaged by conventional high-temperature curing methods.
Production Simplification
Eliminates the need for expensive high-temperature ovens and complex cooling systems, streamlining the manufacturing process.
World-Leading Low Friction
0.03
Coefficient of Friction
Ultra-low friction comparable to the best PTFE coatings
99%
Reduction in Wear
Dramatically extends component lifespan
30%
Energy Savings
Lower friction means less energy required for moving parts
Nanize's coatings achieve an exceptionally low coefficient of friction without using PFAS chemicals, making them ideal for applications where minimal resistance is critical for performance and efficiency.
Problems Solved by Nanize
Slow Curing Times
Traditional polysilazane coatings require days to fully cure, creating production bottlenecks and increasing costs. Nanize reduces this to seconds.
PFAS Regulations
With global PFAS bans imminent, industries need alternatives that maintain performance. Nanize provides a compliant solution without compromising quality.
Performance Gaps
Many industries struggle to find coatings that meet their exact requirements. Nanize's customizable technology bridges these performance gaps.
What Sets Nanize Apart
Innovative Technology
Pioneering rapid curing processes that set new industry standards
Proven Performance
Demonstrated results across multiple industries and applications
Multifunctionality
Combines durability, low friction, and environmental safety in one solution
Patent-Pending
Proprietary technology backed by ongoing patent applications
Windows and Building Applications
Easy-to-Clean Glass
Nanize coatings repel water, oil, and dirt, keeping windows cleaner for longer and reducing maintenance costs for building owners.
Anti-Graffiti Protection
Prevents graffiti from bonding to surfaces, allowing for simple removal without harsh chemicals or abrasive cleaning.
Non-Wetting Surfaces
Creates hydrophobic surfaces that shed water instantly, preventing mineral deposits and water staining on building exteriors.
Electronics Protection
Smart Devices
Protects sensitive components
Displays & Touchscreens
Enhances clarity and durability
Circuit Boards
Prevents moisture damage
Electronic devices face constant threats from moisture, oils, and physical wear. Nanize's ultra-thin coatings provide invisible protection that doesn't interfere with device functionality while significantly extending product lifespan and reliability.
Cookware Revolution
Nanize's PFAS-free coatings provide exceptional non-stick performance for cookware without the health concerns associated with traditional Teflon®. The ceramic-based coating offers superior durability, scratch resistance, and antimicrobial properties while maintaining food-safe certification.
Industrial Cutting Tools
Reduced Friction
Minimizes resistance during cutting operations, resulting in cleaner cuts and less material waste.
Extended Tool Life
Significantly increases the operational lifespan of blades, cutters, and slitters before replacement is needed.
Improved Performance
Enables faster cutting speeds and greater precision, enhancing overall production efficiency.
For industrial cutting applications, Nanize coatings provide the perfect balance of hardness and low friction, allowing blades to maintain their edge longer while cutting more efficiently.
Renewable Energy Applications
Solar Modules
Nanize coatings on solar panels create self-cleaning surfaces that prevent dust and dirt accumulation. This maintains optimal light transmission and power generation efficiency, reducing the need for manual cleaning and water usage.
Wind Turbine Blades
When applied to wind turbine blades, the coatings reduce surface friction with air, increasing energy capture efficiency. They also prevent ice formation and insect accumulation, two common issues that reduce aerodynamic performance.
Automotive Applications
Car Wrapping
Enhances durability and appearance of vehicle wraps
Hydrophobic Windows
Improves visibility during rainfall
Engine Components
Reduces friction for better efficiency
Paint Protection
Guards against scratches and environmental damage
The automotive industry benefits from Nanize's technology across multiple applications, from aesthetic enhancements to functional improvements in vehicle performance and durability.
The Science Behind Nanize
Polysilazane Chemistry
Polysilazanes are inorganic polymers with a backbone of alternating silicon and nitrogen atoms. When cured, they transform into a ceramic-like material with exceptional hardness, chemical resistance, and thermal stability.
Rapid Curing Mechanism
Nanize's proprietary catalyst system accelerates the crosslinking of polysilazane molecules, allowing them to form a complete network in seconds rather than days, without compromising the final properties of the coating.
Surface Adhesion Technology
The coating forms covalent bonds with substrate surfaces at the molecular level, creating an extremely durable connection that resists peeling, flaking, or delamination even under harsh conditions.
Environmental Benefits
By eliminating PFAS and reducing energy requirements, Nanize coatings significantly decrease environmental impact across multiple categories. The technology aligns with global sustainability goals while maintaining or exceeding the performance of traditional coatings.
Regulatory Compliance
Current PFAS Regulations
Many regions have already begun restricting PFAS use, with the EU, US, and other major economies implementing partial bans on certain compounds.
Upcoming Global Restrictions
Comprehensive PFAS bans are expected within the next 3-5 years across most developed nations, creating urgent demand for alternatives.
Nanize's Proactive Approach
By developing PFAS-free solutions now, Nanize helps companies stay ahead of regulatory changes and avoid costly reformulations later.
Future-Proof Technology
Nanize's coatings are designed to meet or exceed anticipated environmental regulations, providing long-term compliance security.
Plastic Film Applications
Packaging Films
Enhances barrier properties against moisture, oxygen, and contaminants while improving scratch resistance.
Industrial Films
Increases durability and chemical resistance for films used in harsh environments.
UV Protection
Prevents degradation from sunlight exposure, extending the useful life of plastic films.
Recyclability
Unlike some coatings, Nanize's technology doesn't interfere with plastic recycling processes.
Optical Products Enhancement
Optical applications demand perfect clarity combined with robust protection. Nanize's ultra-thin, transparent coatings enhance optical performance while providing exceptional resistance to environmental contaminants.
Implementation Process
Assessment
Evaluation of specific application requirements
Formulation
Custom coating development for optimal performance
Testing
Rigorous validation under real-world conditions
Integration
Seamless incorporation into existing production lines
Nanize works closely with clients to ensure smooth implementation of their coating technology. The process begins with a thorough assessment of specific needs and ends with full integration into existing manufacturing processes, minimizing disruption while maximizing benefits.
Performance Comparison
When compared directly with traditional PFAS-based coatings, Nanize's technology demonstrates superior performance across multiple key metrics, including durability, curing time, scratch resistance, and heat tolerance.
Customer Success Stories
Electronics Manufacturer
"Implementing Nanize's coating technology reduced our production time by 60% while improving product durability by 40%. The PFAS-free formulation also helped us meet our sustainability goals ahead of schedule."
Solar Energy Provider
"Our solar panels coated with Nanize technology have shown a 15% improvement in energy generation efficiency due to reduced dust accumulation and improved light transmission."
Cookware Manufacturer
"Customer satisfaction has increased dramatically since switching to Nanize's PFAS-free coating. Performance exceeds our previous Teflon® products, and our sales have grown 25% year-over-year."
Future Innovations
Self-Healing Coatings
Research is underway to develop polysilazane formulations that can automatically repair minor scratches and damage, further extending product lifespans.
Antimicrobial Properties
Enhanced formulations with built-in antimicrobial capabilities for healthcare, food service, and public space applications are in advanced testing.
Thermal Management
Next-generation coatings that actively regulate temperature for electronics cooling and energy efficiency applications are being developed.
Expanded Substrate Compatibility
New variants designed specifically for challenging substrates like certain polymers and composites are nearing commercial release.
Partner With Nanize Today
Custom Formulations
Benefit from coatings optimized for your unique application requirements and performance goals.
Sustainable Future
Stay ahead of regulatory changes while contributing to environmental protection efforts.
Competitive Edge
Differentiate your products with superior performance and environmentally responsible technology.
Join the growing number of forward-thinking companies that have already embraced Nanize's revolutionary coating technology. Contact our team today to discuss how we can help transform your products and processes.
Meet the Team
Håvard Lillebo
FOUNDER & CFO
Serial entrepreneur and experienced financial leader guiding Nanize's fiscal strategy.
Phone: +47 99 62 41 40
Dr. Kingley Iwu
FOUNDER & CTO
Creative scientist with PhD in Material Science pioneering Nanize's coating innovations.
David Hogg
CEO
Industrial leader with 30+ years experience steering company operations and growth.
Jerry Stokes
CCO
Tech growth strategist with 25+ years developing commercial opportunities.