In fields such as medical devices, optical components, high-end architecture, and precision industry, requirements for material surface performance are increasingly stringent—not only demanding excellent stain and scratch resistance but also balancing high transparency, hydrophilic self-cleaning, and durable adhesion. Traditional coating materials often struggle to achieve this balance. To address this, we introduce Perhydropolysilazane Liquid Coating Material IOTA PHPS, a hydrophilic super-hard stain-resistant nano-coating material based on inorganic nanotechnology, pioneering a new chapter in surface functionalization with innovative technology.

Why Choose IOTA PHPS?

1. Nano-Level Hydrophilicity and Superior Stain Resistance
Utilizing inorganic perhydropolysilazane technology, IOTA PHPS imparts  to the coating, allowing water droplets to spread rapidly into a uniform film that carries away dust and contaminants for efficient self-cleaning. Simultaneously, the coating’s hardness is significantly enhanced, effectively resisting daily friction and scratches to protect substrates from damage.

2. Excellent Adhesion and Multi-Material Compatibility
The product demonstrates  on various substrates, including metals, ceramics, and polymer materials, forming stable interfaces through chemical bonding to prevent peeling. Its good solubility facilitates easy formulation and application, adapting to different use scenarios.

3. Low-Temperature Conversion Technology, Expanding Application Boundaries
IOTA PHPS can transform into a stable silicon dioxide (SiO₂) coating under relatively low temperatures. This conversion not only enhances the coating’s thermal resistance, chemical stability, and hardness but also makes it suitable for heat-sensitive substrates, expanding applications in electronic components, flexible materials, and other fields.

4. Convenient Application and Rapid Curing
With short curing times and support for multiple curing methods, the product is easy to integrate into production lines and suitable for on-site application. After dilution, it offers good flowability for spraying, dipping, spin-coating, and other processes, ensuring uniform, defect-free coatings.

5. Eco-Friendly, Safe, and Long-Lasting
As an inorganic nano-coating, IOTA PHPS releases no harmful substances during use, aligning with green manufacturing principles. Its stable chemical properties ensure the coating maintains  over long-term use, reducing maintenance costs.

Wide Range of Applications:

• Antibacterial, easy-clean coatings for medical device surfaces

• Anti-stain and transparency-enhancing treatments for optical lenses and displays

• Self-cleaning and anti-fog coatings for architectural glass

• Stain-resistant protection for high-end kitchenware and sanitary equipment

• Anti-fingerprint and anti-scratch coatings for precision instruments

Choosing IOTA PHPS is not just selecting a high-performance coating—it is embracing a future-oriented surface functionalization solution. Let’s collaborate to enhance product value through material innovation and create a new era of cleanliness, durability, and intelligence together!
       Room termperature curing polysilazane, pls check IOTA 9150, IOTA 9150K.       
       High termperature curing polysilazane, pls check IOTA 9108, IOTA 9118.