In the fields of surface engineering and functional coatings, a persistent goal has been to endow substrates with a clean, hard, and durable protective layer akin to glass under mild conditions. Traditional high-performance coatings often rely on high-temperature sintering, involving complex processes and high energy consumption. Today, we introduce a breakthrough solution: IOTA PHPS Perhydropolysilazane Liquid Coating. This is not merely a nano-coating; it is an intelligent "inorganic precursor" capable of direct transformation into silicon dioxide (SiO₂) at relatively low temperatures. Through an innovative chemical pathway, it opens a new chapter of efficient, energy-saving, and exceptionally functional surface protection for you.

The essence of IOTA PHPS is a revolutionary perhydropolysilazane material. Supplied in a solvent-diluted liquid form, it possesses excellent solubility, ensuring stability and convenience throughout storage, transportation, and application. Its revolutionary value lies in its unique "low-temperature conversion" mechanism: it bypasses the high-temperature calcination processes required for traditional silica coatings. Under relatively mild and controlled conditions, it can crosslink, cure, and convert into a dense, hard nano-scale silica glass-like coating.

This conversion process delivers multiple extraordinary surface properties:

• Intelligent Hydrophilicity, Durable Stain Resistance: The resulting SiO₂ coating exhibits permanent hydrophilic characteristics. Water spreads rapidly into a uniform film on its surface, efficiently carrying away contaminants like dust and grease. This achieves outstanding "stain resistance" and "easy-cleaning" effects, maintaining a pristine surface appearance over time.

• Robust Adhesion, Broad Compatibility: Its active components form strong chemical bonds with the surfaces of diverse substrates, including metals, ceramics, and polymeric materials, providing excellent adhesion. This effectively overcomes coating delamination issues and expands the application boundaries.

• Efficient Processing, Flexible & Versatile: The product features a short curing time and supports multiple curing methods, allowing flexible adaptation to different production environments and efficiency requirements. Its low viscosity also facilitates various application techniques such as spraying and dipping.

From anti-reflective, self-cleaning coatings for architectural glass facades and solar photovoltaic panel covers, to antibacterial, easy-clean protective surfaces for medical devices and kitchen equipment, and further to anti-fingerprint and anti-contamination treatments for precision optical components and consumer electronic screens, IOTA PHPS can simultaneously enhance a product's functionality, aesthetics, and durability with an almost invisible nano-film.

Choosing IOTA PHPS means selecting an advanced surface technology route with lower energy consumption and easier implementation. It liberates the production of high-performance silica coatings from high-energy traditions, achieving lasting cleanliness and brilliance through gentle intelligence.

       Room termperature curing polysilazane, pls check IOTA 9150, IOTA 9150K.       
       High termperature curing polysilazane, pls check IOTA 9108, IOTA 9118.