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Predict Rubber Durability Before Failure
Traditional validation requires months of testing but still leaves uncertainty about real-world durability.
Elastosure predicts long-term rubber durability from short accelerated tests—delivering results in days instead of months. Validated with 80,000+ lab measurements and 95% real-world accuracy.
ElastoSure: Polymer & Rubber Aging Prediction Software
Mechanical Simulation after Aging+Fatigue
Predict long-term mechanical performance of polymers, rubbers, plastics, and composites.
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Simultaneous Multi-Damage Effects
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Fatigue, Corrosion & Aging Simulation
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Predict Stiffness, Strength & Deformation
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Reduce Qualification Testing by Up to 80%
Condition monitoring by RGB/IR Images
Assess material condition using RGB, IR, spectral, and sensor data.
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Remote Aging Assessment
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Aging Condition Prediction
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Remote Polymer Condition Monitoring
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Non-Contact Material Characterization
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Predictive Maintenance Support
Predict Behavior at EXTREME Events
Predict property loss, and survivability of polymers, composites, rubbers exposed to extreme environments.
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HPHT & Geothermal Systems
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Fire, Explosion & Thermal Events
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Post-Event Durability Assessment
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Survivability Index™ Prediction
Rapid Event & Ultra-Fast Reaction Simulation
Model fast material transformations that occur in seconds rather than years.
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Frontal Polymerization Simulation
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Pyrolysis & Thermal Decomposition
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Ablation & Thermal Protection Systems
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Reactive Material & Curing Processes
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Temperature Gradients Through Materials
Failure Prediction & Remaining Useful Life
Predict when materials and components will fail in real operating environments.
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Remaining Useful Life (RUL) Forecast
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Strength & Failure Prediction
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Accelerated-to-Field Life Prediction
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Maintenance & Risk-Based Decisions
Ultrasonic Inspection & Digital NDE
Transform Ultrasonic measurements into aging assessment & remaining useful life.
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FDR & TDR Signal Interpretation
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Ultrasonic Inspection Analytics
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Cable Aging & Degradation Assessment
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Remaining Useful Life Prediction
Rubbers & Elastomers
O-ring or flexible gasket
Plastics
Engineering Plastics Built to Last
Materials We Model:
Trusted by Industry, Government & Research Leaders
Real-World Proof Behind the Polymer Aging & Durability Simulation Software
Prediction Accuracy
95%
For long-term durability prediction
Experimental Tests
80,000+
Used for training and validation
vs. 6 Months
35 Days
Replacing long-weathering tests
Faster Analysis
5–10×
Compared to traditional FE models
Predict Material Aging, Reliability, and Survivability Across Critical Industries
Predict Material Aging, Reliability, and Survivability Across Critical Industries
Simulate aging of battery insulation, adhesives, and thermal interface materials.
Assess degradation under radiation, vacuum UV, Atomic oxygen and thermal cycling.
Predict aging of encapsulants, underfills, and electronic packaging materials.
