Titanium piping has been proved to be very cost-effective in chemical processing which is due to non-corrosive property of the titanium metal. The industries dealing with chemical processing 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. The low density and strength which are characteristics of an alloy can alone be offered by titanium. When some industry thinks of chemical processing, piping is an important component but corrosiveness is the main concern. The titanium piping can settle this issue. The use of titanium pipe in chemical process equipment is a key factor to consider by an industry using this process.
Why is titanium apt for chemical processing equipments?
Titanium is in the category of reactive metals or Corrosion Resistant Alloys (CRAs). This is an exceptional metal which can withstand on temperatures up to 1200ºF and sustain in oxidizing or reducing settings.
Ultra-high resistance to consistent corrosion attack is not the only power of titanium as CRA but it can also be tough against crevice, pitting, and stress corrosion. These are the good reasons to pick titanium for manufacture of chemical processing equipments. The aggressive fluids, in process equipments in chemical, oil and gas, petrochemical, and other industrial settings, contact with surfaces of equipments, usually at high temperatures, which tests the strength and anti-corrosion ability of the material used and titanium qualifies this test.
Lifecycle benefits of titanium use
Titanium piping has lifecycle benefits because this metal is less damaging compared to many other metals in medium of salts, acids or any other critically corrosive chemical. The corrosive components reduce the life of an equipment, but titanium offers them sustainability for long period due to its anti-corrosion property. The initial purchase cost of titanium equipment may be high, but this acquisition cost is apportioned over number of years for which an equipment can be used without repair or replacement. Thus, titanium is actually a feasible and economical choice.