📌 Food Processing Cable Gland - Erosion-corrosion in high-temperature condensate

Industry: Food Processing · Severity: Critical · Mechanism: Erosion-corrosion · Risk: 93/100

🧾 Summary

A cable gland used in a food processing application shows erosion-corrosion risk after exposure to high-temperature condensate. The design review focuses on material pairing, geometry, coating coverage, inspection access, and realistic validation testing.

⚠️ Design Risk

Likely weak points include local electrolyte retention, incompatible material pairing, coating discontinuities, trapped debris, and missing acceptance criteria for corrosion validation.

🛠️ Recommended Controls

Recommended controls: cyclic corrosion validation, supplier process control, and edge-radius update. Add drawing notes, supplier evidence requirements, and a validation plan that reflects the expected service environment.

🎓 Learning Notes

Learners should identify the corrosion mechanism, estimate severity, and decide whether prevention should come from material change, coating change, geometry change, sealing, isolation, or inspection planning.