IOTA PHPS perhydropolysilazane liquid coating, based on high-purity PHPS diluted in solvent, stands as an ideal multi-domain protective coating with exceptional performance. It boasts excellent solubility, compatible with various solvents, enabling easy application via spraying, dipping, or brushing. Suitable for metals, ceramics, and polymers, it achieves 0-class adhesion (cross-cut test) for long-lasting substrate bonding.

Key strengths include short curing time—rapid film formation via room-temperature moisture curing or low-heat (80-150℃) curing—meeting high-efficiency production needs. Flexible curing options (ambient or high-temperature) allow conversion to dense SiO₂ ceramic coating at low temperatures, combining organic material processability with inorganic weather resistance. With 9H hardness, superior scratch resistance, and outstanding gas/water barrier properties (oxygen transmission rate <0.1 cm³/(m²·d·atm), water vapor transmission rate <0.5 g/(m²·d)), it provides reliable protection for precision electronics.

Widely applied in architectural anti-graffiti (easy-clean, UV-resistant), precious metal anti-corrosion (oxidation prevention), rail transit (high-temperature oxidation resistance), semiconductor insulation (dielectric constant 3.5, breakdown strength >1000 V/μm), electronic circuit moisture insulation, and plastic packaging gas/water barrier. Notably, its low-temperature conversion avoids heat damage to sensitive components, solving the high-temperature sintering bottleneck of traditional ceramic coatings in semiconductors and electronics.

IOTA PHPS integrates "multi-substrate compatibility + fast curing + multi-functional protection" to deliver innovative solutions for construction, electronics, rail transit, and packaging industries. Packaged in 0.5-10L sealed metal drums, it offers 1-year unopened shelf life and extended usability with sealed dry storage after opening, ensuring cost-effectiveness. Choose IOTA PHPS for efficient, reliable protection to upgrade product performance and quality across sectors.