In the field of materials, products that can meet multiple needs simultaneously are always highly sought after. IOTA 9150 Organopolysilazane is just such a "versatile all-rounder." With its rich properties, it has unlocked brand-new application scenarios in multiple fields and provided efficient solutions for different industries.
In the coating field, apart from the aforementioned automotive coatings, it can also be widely used in other scenarios. For example, as a coating for the surface of metal equipment, its excellent anti-oxidation and anti-corrosion properties can effectively protect metal equipment from external environmental erosion and extend its service life. When used on glass surfaces, its good hydrophobicity makes glass easier to clean, reducing the adhesion of dust and water stains. Moreover, with a light transmittance of over 95%, it does not affect the light transmission effect of glass, making it particularly suitable for architectural glass and optical instrument glass.
As an adhesive, IOTA 9150 also delivers outstanding performance. It has excellent adhesion to materials such as metal, ceramics, and graphite; tested by the cross-cut method, its adhesion to metal reaches Grade 0, enabling it to firmly bond different materials together. Additionally, the three-dimensional cross-linked structure formed after curing endows the bonded parts with excellent mechanical properties, allowing them to withstand a certain degree of external impact and tension. This makes it play an important role in fields such as electronic component assembly and mechanical manufacturing.
In the field of composite materials, it is an indispensable "good helper." When used to make flame-retardant composite materials, its non-flammable property after curing greatly improves the fire resistance of the composite materials, meeting the strict fire safety requirements of industries such as construction and transportation. As a component of polymer-based composite materials, it can improve the overall performance of the composites, enhancing their strength, hardness, and corrosion resistance, allowing the composites to be used in more complex environments.
Furthermore, IOTA 9150 also has great utility in the field of low surface tension and easy cleaning. The low surface tension of the coating after curing makes it difficult for stains to adhere, making cleaning extremely convenient. It can be used on the surfaces of items that require frequent cleaning, such as kitchen utensils and medical equipment. This not only reduces the cleaning workload but also provides a certain degree of protection, keeping the surface of the items clean and their performance stable.
