In modern high‑end manufacturing, the performance of surface materials directly determines product service life and user experience. Particularly in medical devices, optical components, precision instruments, and premium building materials, achieving long‑lasting hydrophilic self‑cleaning, superior stain resistance, and excellent adhesion has long been a technological bottleneck in industry development. To address this, we introduce a revolutionary product—Perhydropolysilazane Liquid Coating Material IOTA PHPS, which leverages inorganic nanotechnology at its core to deliver unprecedented functional breakthroughs for surfaces.

Why Choose IOTA PHPS?

1. Exceptional Hydrophilic Self‑Cleaning Performance
Utilizing a unique inorganic perhydropolysilazane formulation, IOTA PHPS imparts long‑lasting, highly effective hydrophilic properties to the coating through nanoscale structural control. Water rapidly spreads into a uniform film on the coating surface, carrying away dust, oils, and other contaminants for true self‑cleaning performance, significantly reducing cleaning and maintenance costs.

2. Superb Hardness and Durability
After curing, the coating forms a high‑hardness surface resistant to scratches and wear, far exceeding common organic coatings on the market. Whether for frequently contacted medical‑device surfaces or architectural glass exposed long‑term outdoors, it maintains like‑new performance over extended periods.

3. Excellent Adhesion and Substrate Compatibility
IOTA PHPS demonstrates outstanding adhesion to various substrates, including metals, ceramics, and polymer materials. Its chemical‑bonding mechanism ensures the coating adheres firmly without peeling. Good solubility supports multiple application methods, offering broad applicability.

4. Intelligent Low‑Temperature Conversion Technology
Under relatively mild temperature conditions, the coating can transform into a stable silicon dioxide (SiO₂) structure. This characteristic not only enhances the coating’s temperature resistance, chemical stability, and hardness but also expands its application potential on heat‑sensitive materials.

5. Convenient Application and Efficient Curing
With short curing times and support for multiple curing processes, the product facilitates production‑line integration and on‑site application. After dilution, it offers good flowability for spraying, dipping, spin‑coating, and other methods, ensuring high application efficiency and uniform coating quality.

Wide Range of Applications, Including:

• 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 curtain walls

• Stain‑resistant protection for high‑end kitchen and bathroom equipment

• Surface protection for new‑energy equipment

• Anti‑fingerprint and scratch‑resistant coatings for precision instruments

Choosing IOTA PHPS is not just selecting a coating—it is embracing a future‑oriented surface‑functionalization solution. Let’s drive industrial progress through material innovation and together create a new era of cleanliness, durability, and intelligence!

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