Bridging the gap between polymers and ultra-high-temperature ceramics, IOTA 9120 liquid precursor delivers unmatched versatility—serving as both structural resin and 1600℃-stable SiBCN ceramic source. Its unique Si-N-B chemistry enables breakthroughs in aerospace, energy, and electronics.
Material Revolution
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Programmable Ceramization
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Cures at 80-180℃ (air/inert or Pt-catalyzed)
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85% ceramic yield with tunable phases:
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N₂/Ar: SiC+Si₃N₄ (hardness>20GPa)
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NH₃: Pure Si₃N₄ (ΔT>1200℃ thermal shock)
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Air: SiBOCN (superior oxidation resistance)
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Dual-Mode Performance
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As resin:
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<500cP viscosity for complex shaping
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250℃ HDT, k=3.5 @1MHz
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As precursor:
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90% strength retention @1600℃
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25W/m·K thermal conductivity
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Extreme Environment Reliability
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15MPa adhesion to metals/ceramics
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Survives 1000x thermal cycles (-40℃~800℃)
Industry Transformations
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Spacecraft: CMCs for re-entry vehicles (40% lighter)
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Nuclear: Corrosion-resistant coatings for molten metal systems
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5G Electronics: Low-loss substrates (<0.003 @10GHz)
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Turbines: Oxidation barriers enabling 1500℃ operation
IOTA 9120: Where Polymer Processing Meets Ceramic Performance!
Room termperature curing polysilazane, pls check
IOTA 9150, IOTA 9150K.
High termperature curing polysilazane, pls check
IOTA 9108,
IOTA 9118.
