Titanium Qualifies All Tests of Performance in Chemical Processing Environment

Titanium is used in vast applications due to its unique properties that offer many advantages of using this element. This metal is light in weight due to low density and high in strength as well. The remarkable corrosion resistance of this metal makes it extremely good to use in an environment that has risk of corrosion due to contact with water or corrosive chemicals. titanium pipingThough extraction of titanium in usable form from its ore is tedious and expensive, yet it has been proved to be cost-effective in many applications, especially in underwater and chemical processing.

Titanium and its corrosion resistance in chemical processing

Let’s take an instance of titanium piping in chemical processing. This industry is more prone to risk of corrosion because there are many chemicals that are strong enough to corrode the pipe and container in which they flow or contained. The selection of right material is a key factor in chemical processing industries. Using steel is not a good choice in this situation because corrosive chemical will drastically reduce the life of a pipe or container. titanium pipingThe industries dealing with chemical processing, thus, trust on titanium for high-performance because the use of titanium piping systems not only resolves the issue of corrosiveness but also the methods are cost-effective.

Titanium’s ultra-high resistance against aggressive fluids

The use of titanium piping in chemical processing ensures low maintenance and long-life of the equipment, leading to cost-effectiveness. Titanium is an exceptional metal that can withstand on temperatures up to 1200ºF and sustain in oxidizing or reducing settings. Titanium or Corrosion Resistant Alloys (CRAs) are considered in the category of reactive metals. Titanium and its alloys not only have ultra-high resistance to bear the corrosion attack but also strong against crevice, pitting, and stress corrosion. The aggressive fluids equipments in chemical, oil and gas, petrochemical, and other industrial settings cause high risk of corrosion. Titanium is a metal that qualifies all tests of performance.