To minimize corrosion in fluid systems, select the right materials and components
Component corrosion is one of the dangers most often faced by industrial fluid system components. One way to minimize the impact of corrosion is to choose the right materials to handle specific applications. Research the particulars of an industrial fluid system, including what media it will be moving, its operating temperatures and its vibration patterns before deciding which material should be used. Ideally, a competent component supplier should offer its expertise to ensure the plant receives the components it needs.
Remember that all metals are susceptible to corrosion under the right circumstances. Metal atoms become oxidized when certain fluids flow over them, which thins components like tubing and may lead to catastrophic failure. Understanding the different types of corrosion is crucial to determining which material is most suitable for specific component applications.
From bar stock qualifications to final inspections, the materials used in fluid system components should undergo rigorous testing to prevent material defects from compromising the system. Find a supplier whose emphasis on using quality materials matches the facility’s commitment.
Specifically, facilities should work with suppliers who have extensive background in materials science and who can offer expertise in guiding engineers to make the right choices for specific applications. This type of support during system development and once the system is in place is a significant benefit.
To ensure longevity, work with a supplier who can provide ongoing, expert-level support over the life of the components within the fluid system. Be sure to select a supplier who knows the challenges of the applications and can recommend and support solutions that protect the material investments.
The best suppliers offer in-depth materials science training taught by experts with advanced degrees in materials science and metallurgical engineering. These courses are designed to help fluid system professionals gain the knowledge to select components comprising the right materials for long-lasting performance in challenging end-use environments.
