Nickel-Molybdenum (Ni-Mo) alloys, commonly called B Type alloys, have excellent corrosion resistance in strong reducing acids like hydrochloric acid when certain conditions are met. This blog post talks about those particular conditions that need to be met. Click here to download the blog post TYPE B NICKEL ALLOYS
Titanium can seem confusing at first. There are 40 grades of titanium and it’s not clear why you’d use one over another. Fortunately, there are only a handful (seven) that are the most important to get a handle on for the chemical process industry and understanding where they all fit relative to each other is actually pretty simple. The purpose of this document is to talk about those 7 grades, what applications they are used for in general terms, and the reasons they are different. Click here to continue reading the blog post “Titanium Grades Used in the CPI”.
This blog posts describes what hydrogen embrittlement is and how it can occur in tantalum linings. The ways that hydrogen embrittlement affects the material properties and why it is a problem are shared. Next, it talks about common methods to prevent the risk or at least minimize it.
Click here to download the blog post Hydrogen Embrittlement of Tantalum