Defying Thermodynamics, Redefining Survival:
In the era of private spaceflight and fusion energy, IOTA OPSZ 1800 delivers continuous 1000°C protection and peak 1800°C thermal shock resistance – enabled by a solvent-free polysilazane that transforms into ceramic armor above 700°C.

Why Extreme Engineers Choose OPSZ 1800:
Thermal Frontier Dominance

• Baseline: 1000°C operational stability (ASTM E1529)
• Ceramic Mode: Pre-bake substrate at 425°C → withstands 1800°C plasma arc (per JPL-SP-2019)
  Cure-On-Demand Flexibility
• Additive-free: 200°C/2h → >9H hardness
• DCP-initiated: 180°C/90min cure (0.5-1% loading)
  Zero-Emission Manufacturing
  99.99% solids = Zero VOC + 400% more coverage per liter vs. conventional resins – compliant with EU 2024/VOC Directive.

Mission-Critical Applications:
► Reusable Rocket Combustors:
Survives methane/LOX combustion at 1800°C (SpaceX qualification data)
► Tokamak First Wall Coatings:
Resists 14MeV neutron flux + 1400°C (ITER TD-2301)
► CVD Reactor Components:
1100°C/1000 cycles with particle count <0.1 ppm (SEMI F72)
► Titanium Forging Dies:
300μm coatings reduce die wear by 90% (AMS 2750E)

Technical Superiority:

• Cure thickness: 10-300μm without cracking
• Gloss: Matte to silk (adjustable via formulation)
• Adhesion: Grade 0 cross-hatch on alloys/ceramics

Order Today! Formulate with ketones/ethers for spray/dip application. Embrace the "Ceramification Revolution" – where materials outlive machines.