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Ozone Degradation Simulation for Rubber & Elastomers

Ozone cracks in rubber form faster than you think, at concentrations lower than you'd expect — in static conditions your current test doesn't replicate.

🌫️ Models ozone attack kinetics at real atmospheric concentrations (10–500 ppb) | 🔬 Predicts crack onset under static and dynamic strain conditions | ✅ Critical for: NR, SBR, NBR, neoprene (CR), polychloroprene — all ozone-sensitive diene rubbers

Ozone Degradation Simulation for Rubber | K-Load | Karax
Ozone Degradation Simulation for Rubber | K-Load | Karax
Predict ozone cracking onset in NR, SBR, NBR, neoprene (CR), and polychloroprene. K-Load models static and dynamic ozone attack. Free trial.
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