Redefining surface engineering with fluorine-modified Si-N chemistry, IOTA 9283 delivers unparalleled hydrophobicity (>110° CA) and optical clarity (>95% transmittance) through room-temperature curing. Its unique crosslinking mechanism enables both substrate versatility and industrial-scale processing.
Technology Highlights
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Surface Intelligence
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<15mN/m surface energy (PTFE-level anti-fouling)
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<1% haze with UV stability (3000h QUV)
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Universal Adhesion
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>8MPa bond strength to metals/ceramics (no primer)
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<5° contact angle on plastics for molecular wetting
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Processing Innovation
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<300cP viscosity for spray/dip/brush applications
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Dual-cure options:
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Moisture cure: 30min @RT (RH>40%)
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Catalyzed cure: 10min @80℃ with Pt catalyst
Industry Transformations
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Electronics: IPX8 waterproofing for smartphones
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Architecture: Self-cleaning glass with 90% dust reduction
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Medical: Blood-repellent surgical tools (ISO 22196 compliant)
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Automotive: Anti-fog mirrors stable at -20℃
Why IOTA 9283?
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Parameter
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Conventional Coatings
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IOTA 9283
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Curing
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80-150℃
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Room temperature
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Transparency
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85-90%
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>95%
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Abrasion Resistance
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100 cycles
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500 cycles
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Weathering
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500h yellowing
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3000h stable
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IOTA 9283: Where Invisible Protection Meets Lasting Performance!
Room termperature curing polysilazane, pls check
IOTA 9150, IOTA 9150K.
High termperature curing polysilazane, pls check
IOTA 9108,
IOTA 9118.
