Preventing Failures: Common Issues with Titanium Flanges and How to Avoid Them
In demanding industrial applications, a single flange failure can trigger catastrophic consequences—production shutdowns, safety hazards, and costly environmental incidents. While titanium offers exceptional corrosion resistance and strength, its performance hinges on precise manufacturing and rigorous quality control. Understanding common failure modes is the first step toward prevention.
Galvanic Corrosion
When titanium flanges connect to dissimilar metals in conductive environments (e.g., seawater), galvanic corrosion can accelerate degradation of the less noble metal. Proper insulation or material pairing is critical to mitigate this risk.
Crevice Corrosion
Though highly resistant, titanium remains vulnerable to crevice corrosion in stagnant, chloride-rich environments—such as under gaskets or in poorly designed joints. Optimized flange design and surface finish are essential to eliminate crevices.
Improper Installation
Misalignment, over-torquing, or using incompatible gaskets can introduce stress concentrations and leakage paths, undermining even the best-designed flanges.
At Baoji Lihua, we engineer solutions that address these issues at their root:
Material Purity Control
We begin with certified raw materials, strictly verifying composition and traceability to exclude impurities that could initiate localized corrosion.
Precision Manufacturing
With 20+ CNC machining centers, we maintain dimensional tolerances and surface integrity, minimizing stress risers and ensuring perfect fit-up during installation.
Comprehensive Quality Assurance
Every batch undergoes systematic testing—including PMI (Positive Material Identification), dimensional checks, and non-destructive testing—to validate corrosion resistance and structural soundness.
Why risk failure when you can build with confidence?
Partner with a supplier that treats quality as a mission—not a checkbox.
Let us show you how our processes prevent common flange failures.
→ Request Our Quality Control Protocol Today