At what temperature can cation resin withstand condensate?

Cation resin, often used in water treatment processes such as in deionization and softening, has specific temperature limitations to maintain its structural integrity and performance. The correct value for the maximum temperature that cation resin can typically withstand is around 130℃.

At temperatures above this threshold, the resin can start to degrade or lose its effectiveness, which may lead to loss of ion-exchange capacity and potentially release contaminants into the water. This is crucial in applications involving condensate, where high-quality water is essential for preventing corrosion and minimizing operational issues in systems like boilers.

While other temperatures listed may seem plausible, they do not represent the maximum tolerable range for cation resins. Understanding these temperature limits is vital for ensuring the longevity and effectiveness of water treatment systems in various industrial and power plant applications.