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Space Polymer Simulation Software
By Dr. Roozbeh Dargazany, Ph.D., Michigan State University | 2nd most-cited author in rubber aging globally
The space environment is unforgiving. Radiation, thermal cycling, and vacuum exposure degrade polymers rapidly—causing failure in electronic packaging, insulation, and structural components. At the same time, radiation shielding adds mass, reducing payload efficiency and increasing launch costs. Karax enables space polymer simulation software that predicts how materials behave in orbit—so you can design radiation-resistant, lightweight, and mission-ready systems without overdesign.
Know whether your polymer components will survive space before launch.
K-Suite: Complete Polymer Aging Prediction Software
K-LOAD
FORMULATION OPTIMIZATION
polymer formulation optimization software
• Test 10× fewer compounds
• Compress 18-month cycles to days
• Accelerated aging test replacement
FREE 30-DAY TRIAL ➤
K-EXTREME
EXTREME ENVIRONMENTS
polymer simulation extreme environments
• HPHT downhole & geothermal wells
• Radiation & space-grade conditions
• 217 impressions, zero clicks fixed
FREE 30-DAY TRIAL ➤
K-FAIL
DAMAGE ACCUMULATION
polymer damage accumulation simulation
• Thermal + mechanical + radiation + moisture
• Aerospace & naval elastomer durability
• DOD Space Force validated
FREE 30-DAY TRIAL ➤
K-SENSE
CABLE INSULATION AGING
cable insulation aging prediction software
• FDR/NDE diagnostic digital twin
• Nuclear cable condition monitoring
• DOE SBIR / PNNL collaboration
FREE 30-DAY TRIAL ➤
Accelerating the Digital Transformation of Industry with Simulation
Every industy faces unique, constantly evolving challenges. K- Suite delivers the expertise, capabilities and tools to transform the design and production processes of industries.
Aerospace
Predict elastomer durability under extreme thermal + mechanical stress. DOD Space Force validated.
Space Electronics
Polymer aging under radiation and vacuum. K-Extreme covers space-grade and PEM applications.
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Nuclear
Cable insulation remaining life prediction. FDR/NDE digital twin via K-Sense. DOE SBIR funded.
EV & Energy
Battery seal and insulation durability. Multi-stressor simulation: heat, vibration, moisture.
Oil & Gas
HPHT downhole seal performance. CNPC-validated. 35-day prediction vs. 6-month test.
Polymer Aging & Durability Simulation Software, Validated by Real-World Data
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CNPC oil-well sealant trials
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Lab measurements validated
K-Suite vs. traditional test
vs. Arrhenius-only methods
“In CNPC oil-well trials, K-Suite predicted 5-year sealant degradation with 95% accuracy — replacing a 6-month/$180K physical test.”
Scientific basis: Dargazany et al., “A network evolution model for the anisotropic Mullins effect in carbon black filled rubbers,” International Journal of Solids and Structures, 2012.
SPACE POLYMER SIMULATION SOFTWARE — WHAT YOU CAN PREDICT
Radiation Polymer Simulation
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Single-event effects (SEE)
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Long-term radiation exposure degradation
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Crosslinking and chain scission mechanisms
Thermal Cycling + Vacuum Effects
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Extreme temperature swings in orbit
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Thermal fatigue and material embrittlement
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Outgassing and vacuum-induced degradation
Lightweight Design Optimization
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Reduce overdesign caused by uncertainty
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Minimize radiation shielding mass
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Optimize materials for performance-to-weight ratio
Works with Your Existing Engineering Stack
ANSYS Marketplace
Coming Q3 2026
MSC Software
Compatible
Abaqus / FEA
Compatible
Python / REST API
Developer access
Start your 30-day free trial.
No credit card. No commitment. Replace your next aging test with a digital twin.
Let’s Get Started
If you're facing engineering challenges, our team is here to assist. With a wealth of experience and a commitment to innovation, we invite you to reach out to us. Let's collaborate to turn your engineering obstacles into opportunities for growth and success. Contact us today to start the conversation.
Our Space Solutions
The harsh climate in space makes it easy for devices to malfunction, while radiation shielding adds unnecessary mass to spacecrafts. Electronic components that are radiation resistant and tolerant are therefore essential for space applications.
Karax can create remedies for space-based uses like:
RF systems for space communications and remote sensing imaging technologies for space-based surveillance, navigation, and defense solutions for power management for satellites and spacecraft, including nanosatellites.