Fused coating is a form of thermosetting powder. It is typically applied on pipelines and other industrial structures. It has been an established protection method for many years, and its application guarantees corrosion protection throughout the entire length of the pipeline or structure. It is… View Full Term
Trending Terms
Corrosionpedia Terms
Connect with us
Subscribe To Our Newsletter
By clicking sign up, you agree to receive emails from Corrosionpedia and agree to our Terms of Use and Privacy Policy.
Data Quality Management: Mitigating Data Corrosion in the Age of Big Data Analytics [New Whitepaper 📢 ]
Child Tag for content related to corrosive substances.
Hydrogen sulfide (H₂S) is a primary cause of pipeline corrosion failure in the oil and gas industry. Learn about mitigation/prevention here.
By: Steven Bradley | Principal Consultant, Bradley Consulting Services
How to Avoid Chelant-Based Corrosion in a Boiler System’s Water Pipes
By: Della Anggabrata
When it comes to corrosion engineering, seawater is one of the most important environments to discuss. Here we'll take a look at what causes pipeline corrosion
By: Mehdi Yari | Electrochemistry and Corrosion Laboratory at the University of Western Ontario
Due to the potential for soluble salts to reduce coating performance, testing the substrate for the presence of these salts should be considered a requirement
By: Heather Stiner | Protective Coatings Professional, SSPC
There are many types of steam and important aspects to consider when using process steam systems for industrial purposes.
By: Shivananda Prabhu
The presence of non-visible residual surface salts and their impact on life cycle coating performance is well documented, yet no widespread industry standards exist to easily reference levels that will diminish the risk of...
By: Hap Peters | Managing Director, CHLOR RID International, Inc.
Ferrous metals contain iron while non-ferrous metals do not. This minor difference, however, gives each type of metal distinct characteristics (magnetism, oxidation, tensile strength) that lend them to different applications.
By: Krystal Nanan | Civil Engineer
The five key factors present in corrosive soils are aeration, moisture content, dissolved salt content, soil acidity (pH) and temperature.
Polymeric materials have wide applications; therefore, there are many factors that can lead to corrosion in these materials.
By: Alan Kehr | Managing Consultant, Alan Kehr Anti-Corrosion, LLC
Don't miss the latest corrosion content from Corrosionpedia!
Subscribe to our newsletter to get expert advice and top insights on corrosion science, mitigation and prevention. We create world-leading educational content about corrosion and how to preserve the integrity of the world’s infrastructure and assets.
Get expert insights, industry news, and practical tips delivered straight to your inbox. Join our community of corrosion professionals.