IOTA
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In the fields of modern industrial manufacturing and high-end surface finishing, are you still searching for a protective coating that combines extreme hardness, superior chemical resistance, and unparalleled application convenience? Traditional high-hardness coatings often rely on high-temperature baking, involving complex processes and high energy consumption. Meanwhile, convenient room-temperature curing products usually compromise on hardness and durability, failing to meet demanding protection requirements.
Now, we present a revolutionary solution: Organopolysilazane IOTA-OPSZ-9150. This is a batch-stable, groundbreaking single-component resin that seamlessly integrates three core advantages: “Exceptional 9H Hardness”, “Broad-Spectrum Chemical Solvent Resistance”, and genuine “Rapid Room-Temperature Curing”. It is designed to form a “transparent, ceramic-like” intelligent protective armor for your substrates at ambient temperatures, completely shattering the traditional dilemma of having to choose between performance and processability.
The outstanding performance of OPSZ-9150 is rooted in its unique reactive Si-NH-Si molecular backbone. This ingenious design achieves a triple breakthrough:
Room-Temperature Self-Curing & Powerful Adhesion: The reactive Si-NH-Si bonds cure efficiently at room temperature through hydrolysis and oxidation with environmental moisture, greatly simplifying the process. Simultaneously, these bonds form strong chemical linkages with the abundant -OH groups on the substrate surface, laying a solid foundation for excellent adhesion.
Catalyzable, Ultra-Strong Network: Adding a dedicated catalyst further activates the reaction between internal Si-H and Si-NH-Si groups, constructing a dense, three-dimensionally cross-linked network. It is this structure that imparts the coating with an impressive 9H pencil hardness and excellent overall mechanical properties.
Inherent Chemical Barrier: The stable silicon-oxygen-nitrogen structure formed after curing inherently resists a wide range of alcohols, ketones, and other organic solvents, providing a durable chemical protection barrier.
Extremely Hard, Crystal Clear: Cures to a highly transparent solid coating, perfectly preserving the substrate's original appearance and optical properties while providing top-tier scratch and abrasion resistance.
All-Round Protection, Safe & Durable: The coating offers excellent UV resistance, oxidation resistance, and corrosion resistance, effectively extending substrate life. Its non-flammable nature after curing significantly enhances application safety, and it boasts excellent overall durability.
Ultimate Simplicity, Ready-to-Use: As a true single-component product, it is extremely easy to apply, usable directly or tunable by dissolving in ethers or alkanes (Important: Do not dilute with alcohols or water). The cured surface is dense and smooth, making it easy to clean and maintain.
IOTA-OPSZ-9150 is the intelligent choice for those seeking top-tier protection and operational efficiency, ideal for:
Abrasion-resistant and hardening coatings for consumer electronics (e.g., smartphone frames, glass covers).
Transparent anti-corrosion protection for high-end metal components (e.g., instrument panels, decorative parts).
Surface enhancement for optical elements and display screens.
Protection for chemical equipment, laboratory benches, and other settings exposed to chemicals.
Choosing IOTA-OPSZ-9150 means you can impart ceramic-like surface properties to various substrates without complex equipment or high energy costs. It achieves multi-dimensional, top-level protection with single-component simplicity, making it a strategic material to help your products excel in the competition of performance and cost.
Room termperature curing polysilazane, pls check IOTA 9150, IOTA 9150K.
High termperature curing polysilazane, pls check IOTA 9108, IOTA 9118.
