Power modules handle high currents and voltages, generating intense localized heat. Reliability depends on how well materials manage both heat and stress.
Industry Problems with Conventional Grades
Thermal runaway and hot spots
Interface fatigue during on–off cycling
Loss of electrical insulation at high temperature
Mechanical damage over long duty cycles
How iSTAR solutions are used
NITRAXA®
Used to maintain stable heat flow and electrical behavior in high-power environments
SPHEREXA®
Helps distribute mechanical stress evenly, reducing fatigue and delamination.
ASPIREXA®
Supports manufacturing robustness while maintaining long-term stability.
Product Name
Product Description
Datasheet
SDS
NITRAXA®
A high-temperature ceramic material platform engineered to enhance oxidation resistance and hot mechanical strength. It stabilizes ceramic systems under aggressive thermal and chemical environments, extending service life and reliability.
SPHEREXA®
A ceramic reinforcement platform engineered to promote uniform stress distribution and reduce localized stress concentration. It improves crack resistance and reliability under thermal cycling and mechanical loading.
ASPIREXA®
A balanced-performance material platform engineered to deliver stable mechanical, thermal, and processing behavior. It supports manufacturing robustness and long-term reliability across complex electronic and ceramic systems.
TDS
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SDS
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