When water stains and cleaning dead spots from traditional hydrophobic coatings become a nuisance, and when high-temperature ceramic processes are powerless against sensitive substrates, are you searching for a surface solution that achieves true self-cleaning, high transparency, and process friendliness? The market awaits an innovative material that can fundamentally change how surfaces interact with contaminants.

Now, the answer is clear. Perhydropolysilazane IOTA PHPS is more than a coating; it is a revolutionary “Liquid Inorganic Ceramic Precursor.” With its unique perhydrogenated (inorganic) structure, it bypasses energy-intensive traditional sintering paths. At relatively low temperatures, it can form a super-hydrophilic, high-hardness, and highly transparent silicon dioxide (SiO₂) nano-coating on various substrates, ushering in a new era of surface self-cleaning with the scientific wisdom of “hydrophilicity.”

Core Technology: Gentle Transformation for Dual Performance
The secret of IOTA PHPS lies in its pure inorganic “perhydropolysilazane” backbone. This special structure allows it to efficiently convert into dense amorphous silica (SiO₂) under relatively mild thermal, UV, or catalytic conditions. This Low-Temperature Ceramization Technology perfectly solves the problem of damaging heat-sensitive or fragile substrates like plastics, precision electronics, and polymer composites, greatly expanding the application boundaries for high-performance coatings.

Outstanding Properties: Defining a New Dimension for Surfaces

• Superhydrophilic & Stain-Resistant for Intrinsic “Self-Cleaning”: The resulting SiO₂ layer exhibits high surface energy and superhydrophilic properties. Water droplets instantly spread into a uniform film on its surface, thoroughly wetting and enveloping contaminants like dust and oils, washing them away completely under water flow. This achieves a highly efficient, streak-free easy-clean effect, fundamentally reducing maintenance costs and effort.

• Hard, Transparent, Invisible Guardianship: The coating offers high hardness and excellent wear resistance comparable to glass, providing reliable physical protection. Simultaneously, its   optical transparency perfectly preserves the substrate's original texture, color, and optical properties, enabling “invisible” yet robust protection.

• Strong Adhesion & User-Friendly Application: It demonstrates excellent adhesion to diverse substrates including metals, ceramics, and polymers, ensuring long-lasting and coating performance. With good solubility, short cure time, and multiple curing methods, it supports convenient processes like spraying, spin-coating, and dip-coating, facilitating easy integration into modern production lines.

Broad Applications: Making Lasting Cleanliness a Product Gene
IOTA PHPS is the ideal choice for enhancing product value and solving critical cleanliness challenges, particularly suitable for:

• Optics & Display: Anti-fouling and anti-reflection coatings for camera lenses, AR/VR lenses, and display cover glass.

• Transportation & Construction: Hydrophilic self-cleaning coatings for automotive glass and architectural curtain walls.

• Medical & Home Appliance: Antibacterial easy-clean coatings for medical device surfaces and high-end kitchenware/sanitary ware.

• New Energy: Anti-dust and anti-reflection coatings for solar photovoltaic panels.

Choosing IOTA PHPS means selecting a future-oriented intelligent surface platform for your products. It endows surfaces with enduring self-cleaning power, toughness, and luminous beauty through liquid intelligence and gentle processes.
       Room termperature curing polysilazane, pls check IOTA 9150, IOTA 9150K.       
       High termperature curing polysilazane, pls check IOTA 9108, IOTA 9118.