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Predict Rubber Durability Before It Fails. Digitally.
Developed on +15 years of Research. Validated on +200 adhesive, rubber and resin materials.
Traditional Validation by accelerated aging tests cost $100K–$300K and take 6–18 months. By the time results are in, your product design has moved on.
K-Suite polymer aging & Rubber durability simulation software
—replaces those tests with validated digital-twin predictions in days, not months. Validated on 80,000+ lab measurements. 95% accuracy on real-world trials.
Trusted by Industry, Government, and Research Leaders
K-Suite: Polymer/Rubber Aging Prediction Software
K-LOAD
Mechanical Simulation after Aging+Fatigue
Predict long-term mechanical performance of polymers, rubbers, plastics, and composites.
- Simultaneous effect of multiple damages
- Simulate fatigue, corrosion and aging with thermal, radiation, moisture, chemicals
- Predict stiffness, strength, & deformation
- Reduce qualification testing by up to 80%
K-EXTREME
Predict Behavior at EXTREME Events
Predict property loss, and survivability of polymers, composites, rubbers exposed to extreme environments.
HPHT wells and geothermal systems
Fire, explosion, and thermal events
Post-event durability assessment
Survivability Index™ prediction
K-FAIL
Failure Prediction & Remaining Useful Life
Predict when materials and components will fail in real operating environments.
Forecast remaining useful life (RUL)
Predict strength, elongation, and failure properties
Extrapolate accelerated test results to field conditions
Support maintenance & risk-based decisions
K-Flash
Rapid Event & Ultra-Fast Reaction Simulation
Model fast material transformations that occur in seconds rather than years.
Frontal polymerization simulation
Pyrolysis and thermal decomposition
Ablation and thermal protection systems
Reactive material and curing processes
Temperature gradient through material
K-SENSE
Condition monitoring by RGB/IR Images
Assess material condition using RGB, IR, spectral, and sensor data.
Remote aging assessment from images
Predicting aging condition
Remote condition monitoring of polymers
Non-contact material characterization
Supports predictive maintenance programs
K-NDE
Ultrasonic Inspection & Digital NDE
Transform Ultrasonic measurements into aging assessment & remaining useful life.
FDR and TDR signal interpretation
Ultrasonic inspection analytics
Cable aging and degradation assessment
Remaining useful life prediction
Materials we model:
Rubbers & Elastomers
O-ring or flexible gasket
Plastics
Engineering Plastics Built to Last.
Composites
Lightweight Strength. Long-Term Reliability.
Adhesives
Stronger Bonds. Longer Service Life.
Paint & Coatings
Protective Layers. Predictable Lifetimes.
Battery Modules
Safer Batteries. More Reliable Systems.
Cable Insulation
Monitor. Predict. Extend Life.
Electronic Packaging
TIM, Encapsulation..
K-Suit: Polymer Aging & Rubber Durability Simulation Software, Validated by Real-World Data
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In prediction of long-term durability
Experimental tests used for training/validation
Replacing long-weathering tests with accelerated Tests
in comparison to classic FE models of Durability
“In a recent study on oil-well sealings, K-Suite predicted 5-year rubber degradation in down-hole environment with 95% accuracy — replacing a 6-month/$180K physical test.”
see our publications
Industries & Applications
Predict Material Aging, Reliability, and Survivability Across Critical Industries
Karax helps engineers predict degradation, performance loss, and remaining useful life of polymers, rubbers, plastics, composites, adhesives, coatings, cables, and electronic packaging under real-world operating conditions.
Space Systems
Assess degradation under radiation, vacuum UV, Atomic oxygen and thermal cycling.
Nuclear & Utilities
Monitor cable insulation aging using FDR, TDR, ultrasonic, and digital twins.
Electronics & Semiconductors
Predict aging of encapsulants, underfills, and electronic packaging materials.
Aerospace
Predict durability of seals, composites, and polymers under flight environments.
Oil & Gas
Predict seal and elastomer performance in HPHT downhole environments.
Construction Materials
Evaluate roofing membranes, sealants, coatings, and silicone durability.
Defense
Evaluate survivability after extreme heat, blast, impact, and harsh conditions.
Electric Vehicles & Batteries
Simulate aging of battery insulation, adhesives, and thermal interface materials.
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Biomedical Applications
Model hydrogels, silicone patches, and polymeric medical materials.
Works with Your Existing Engineering Stack
ANSYS Marketplace
Coming Q3 2026
MSC Software
Compatible
Abaqus / FEA
Compatible
Python / REST API
Developer access