IOTA
In many modern industrial applications, coating performance directly impacts product lifespan, appearance, and long-term maintenance costs. Conventional coatings often rely on high-temperature b......
2025-12-15In an era where material performance requirements are increasingly demanding, surface coating needs in industrial manufacturing, architectural decoration, precision instruments, and other fields......
2025-12-15In the realm of automotive care and protection, every car owner desires the toughest and most durable shield for their beloved vehicle. While traditional paint protection products abound, they o......
2025-12-15In extreme application environments such as high temperatures, high pressures, and strong corrosion, the durability and stability of materials are crucial for ensuring the safe operation of equipme......
2025-12-12In increasingly demanding high-temperature and high-corrosion industrial environments, traditional surface coating materials often fall short—they may fail to withstand extreme temperatures......
2025-12-12As high-temperature materials science continues to push boundaries, finding a multifunctional material that can serve both as a high-performance resin and transform into ultra-high-temperature-r......
2025-12-11On the path of materials science exploration, we continuously pursue stronger, more durable, and more environmentally friendly surface protection solutions. Today, this quest has finally ushered in......
2025-12-11In extreme high-temperature environments, protective materials face unprecedented challenges. Traditional coatings often oxidize and peel under high heat, failing to meet increasingly stringent ind......
2025-12-10In the era of pursuing perfect surface protection, materials science has achieved a breakthrough: IOTA-OPSZ-9150 organic polysilazane resin, a revolutionary product that truly combines transparency......
2025-12-10Core Product Value: IOTA 9118 features vinyl-functionalized silicon-nitrogen structures, engineered specifically for high-temperature coating systems. Its low viscosity (10-40cp) enables......
2025-12-09Core Advantages: As a ceramifiable precursor polymer, IOTA 9108 features a Si-N repeating unit backbone, serving dual roles as a thermosetting resin and ceramic precursor. Its low viscos......
2025-12-09IOTA PHPS perhydropolysilazane coating, with PHPS as core component in solvent dilution, features excellent solubility, fast curing, and versatile curing methods (room temp/moisture/high temp). It ......
2025-12-08IOTA OPSZ 1800 is a solvent-free thermosetting organopolysilazane resin with 99.99% solid content and low viscosity. It cures rapidly at 200℃, or 100-180℃ in 1-90 minutes with 0.5%-1.0% free radical i......
2025-12-08IOTA-OPSZ-9150 is a transparent one-component polysilazane resin, curing at room temperature via Si-NH-Si bond hydrolysis and oxidation. With catalyst acceleration, it forms a 3D cross-linked struc......
2025-12-05IOTA 9150K is a liquid organopolysilazane engineered for room-temperature curing coating systems. It cures at room temperature via hydrolysis and oxidation of Si-NH-Si bonds, with accelerated cross......
2025-12-04
