< Back

Thermo-oxidative Aging Simulation for Polymers & Elastomers

The Arrhenius equation was derived in 1889. It assumes one temperature, one mechanism, no oxygen kinetics. K-Load models the real physics.

⚗️ Models oxidation kinetics + mechanical coupling simultaneously | 📊 5–10× more accurate than Arrhenius ISO 11346 methods | 🔬 Validated: EPDM, NBR (Buna-N), HNBR (Zetpol), VMQ silicone, neoprene (CR), FKM (Viton)

Thermo-oxidative Aging Simulation | K-Load | Karax LLC

Predict thermal oxidative degradation in EPDM, NBR, FKM, and neoprene. K-Load PINN replaces Arrhenius — 5–10× higher accuracy. Free trial.

K-Load Trial License

← Back to K-Load

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