Advanced ceramics are engineered systems designed to operate where temperature, chemical exposure, mechanical stress, and thermal cycling act simultaneously. In these environments, performance is dictated not by a single ingredient, but by how multiple internal phases interact during processing, firing, and service.
iSTAR serves advanced ceramic industries through integrated, proprietary material platforms engineered to control:
Unlike commodity inputs, iSTAR solutions are designed to transform during service, forming stable microstructures that sustain performance over time.
A Common Pattern Across Industries
unstable bonding phases at high temperature
rapid degradation under oxidizing or corrosive environments
brittle fracture due to poor stress accommodation
erosion under metal or slag flow
inconsistent performance between batches or installations
These issues are rarely formulation errors alone — they stem from non-engineered material systems that do not evolve correctly under real operating conditions.
iSTAR addresses this gap by engineering how materials behave, not just what they contain.
Advanced ceramic systems fail when microstructure, bonding, and phase behavior are not aligned with real operating conditions.
This allows ceramic systems to perform consistently, predictably, and safely in extreme environments.
high-temperature strength and oxidation resistance
high-temperature structural framework
erosion and wear resistance
processing control and workability
stress distribution and crack mitigation
wear-component toughening