When traditional coatings "brittle off" under high temperatures, and industrial equipment faces extreme tests above 800°C, IOTA PHPS hydrogenated polysilazane liquid coating redefines industry standards with its unique inorganic ceramicization mechanism.

As an inorganic coating designed for ultra-high-temperature scenarios, PHPS delivers exceptional performance through Si-N bond hydrolysis curing:

• Extreme Heat Resistance: Withstands 800°C in air environments, peaking at over 1800°C, effortlessly coping with kilns, boilers, and other extreme settings.
• Unmatched Adhesion: Achieves 0-grade adhesion to metals, ceramics, and polymers, ensuring coating integrity.
• Flexible Curing: Supports room-temperature curing (7+ days) or moisture curing (150°C/2 hours), adapting to diverse production needs.
• Versatile Properties: Hardness reaches 3GPa in ammonia curing and 100-130GPa under high-temperature curing, with 9H pencil hardness (far surpassing conventional coatings).

Technical Advantages

• 20% solid content, easy to dilute and store;
• Liquid density 1.16-1.31g/ml, excellent workability;
• Cured density 1.6-2.0g/ml, forming dense SiO₂ protective layer;

• 90% visible light transparency, preserving substrate color.

Comprehensive Applications

• Industrial Protection: Metal oxidation resistance, semiconductor insulation, rail transit weatherproof coating;
• Precision Manufacturing: Plastic packaging barrier, electronic circuit insulation;
• High-End Surface Treatment: Precious metal corrosion resistance, anti-graffiti coatings for buildings.

Choose PHPS to equip industrial equipment with a "high-temperature perpetual engine"—from 800°C to 1800°C, we safeguard your production safety!