Revolutionizing surface protection with Si-NH-Si chemistry, IOTA 9150K enables energy-efficient curing while delivering unmatched adhesion across metals, plastics, and glass. Its 50% solid formulation balances reactivity with processing flexibility for diverse industrial needs.
Key Innovations
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Curing Versatility
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Ambient moisture cure: 30min touch-dry @RH>40%
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Catalyzed option: 10min @80℃ with Pt catalyst
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3D crosslinking: 4H hardness & 200% abrasion resistance
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Substrate Mastery
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>8MPa bond strength to metals/ceramics (primer-free)
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<5° contact angle on plastics for molecular adhesion
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Adjustable viscosity (10-1000cP) with common solvents
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Extreme Durability
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300℃ continuous/600℃ peak temperature resistance
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UL94 V-0 flame retardancy & 3000h QUV stability
Industry Applications
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Chemical Plants: pH 1-14 resistant linings
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Electronics: IPC-CC-830B compliant conformal coatings
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Architecture: Self-cleaning glazing (85% dust reduction)
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Appliances: Oil-repellent surfaces (>90° CA)
Why IOTA 9150K?
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Parameter
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Epoxy Coatings
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IOTA 9150K
|
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Curing
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80-120℃/2h
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RT/catalyzed
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Adhesion
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Needs primer
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Direct bonding
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Heat Resistance
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150℃
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300℃ sustained
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VOC
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300g/L
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<50g/L
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IOTA 9150K: Where Curing Efficiency Meets Performance Excellence!
Room termperature curing polysilazane, pls check
IOTA 9150, IOTA 9150K.
High termperature curing polysilazane, pls check
IOTA 9108,
IOTA 9118.
