In extreme high-temperature environments, protective materials face unprecedented challenges. Traditional coatings often oxidize and peel under high heat, failing to meet increasingly stringent industrial demands. The introduction of IOTA OPSZ 1800 Polysilazane Resin brings revolutionary breakthroughs to the field of high-temperature protection—it not only withstands operating temperatures of over 1000°C but also, through ceramic conversion, maintains stable performance even in extreme environments up to 1800°C!

OPSZ 1800 utilizes a solvent-free, low-viscosity system with a solid content of up to 99.99%, containing no volatile components, making it environmentally friendly and highly efficient. It cures rapidly when heated to 200°C. With the addition of appropriate peroxide initiators, the curing temperature can be reduced to 100-180°C, with curing times as short as 1-90 minutes, significantly improving production efficiency and adaptability to various application scenarios. Whether using the initiator-free system for curing at 200-250°C or incorporating initiators for low-temperature rapid curing, OPSZ 1800 can be easily tailored to meet process requirements.

More importantly, OPSZ 1800 exhibits exceptional stability in high-temperature environments. When the coated object is heated to above 425°C, the polymer gradually transforms into a ceramic structure; at temperatures exceeding 700°C, complete ceramic conversion occurs, forming a hard, dense, and high-temperature-resistant ceramic protective layer. This "intelligent conversion" capability makes it ideal for applications such as high-temperature ceramic coatings, thermally stable anti-corrosion coatings, and non-stick coatings, widely used in demanding industrial sectors like aerospace, energy and chemical processing, metal smelting, and automotive manufacturing.

Currently, as industrial upgrading, energy conservation, emissions reduction, and high-temperature process optimization become industry focal points, OPSZ 1800, with its outstanding temperature resistance, environmental friendliness, and application flexibility, is increasingly becoming the material of choice for high-end manufacturing enterprises. It is more than just a coating—it is a forward-looking solution for high-temperature protection, leveraging the power of technology to safeguard resilience under extreme heat.