Alloys are metals that use a combination of elements to create a product with enhanced properties that make it much more versatile for use in industry. Hastelloy is a nickel and cobalt alloy developed for use in heavy industry applications. Hastelloy is ideal for use in high-temperature and corrosive situations, due to its ability to resist heat and corrosion. Hastelloy fabrications are created in a large scale by TITAN, which designs and engineers this alloy into a wide range of products, including heat exchangers, columns, condensers, reactors, pressure vessels, piping systems, and spargers. Obviously, this alloy has a wide range of applications that make it a very valuable product for today’s heavy industry businesses.
Hastelloy alloys are a breakthrough product in chemical processing due to their high corrosion resistance levels. This reliable quality in Hastelloy products has made them a great choice for use in geothermal, solar energy, pharmaceutical, and oil and gas applications. Other properties this alloy offers include a high level of localized corrosion resistance and a resistance to inform attack. Hastelloy alloys also provide excellent resistance to stress corrosion cracking, as well as an ease of use in welding and fabrication.
Hastelloy can be used in different ways that offer qualities ideal for specific applications. The B-3 alloy is used in applications that call for a high level of resistance to non-oxidizing acids, including hydrochloric acid and sulfuric acid. This alloy is superior to B-type alloys used in the past due to its improved fabrication uses and great thermal stability.
The C-type alloys from the Hastelloy line are the most versatile of the alloys, as the C-2000 alloy combines high resistance to oxidizing products and great resistance to non-oxidizing environments. All of this makes a breakthrough in performance levels for applications in chemical processing.
The C-22 and G-30 alloys are also highly valuable in industry due to their own unique properties. The C-22 has high resistance to pitting and crevice corrosion, while the G-30 is used in phosphoric acid heat exchange tubing and for components in the fertilizing industry.
The breakthrough properties of Hastelloy alloys are indeed significant, as this family of alloys is being widely used in many industrial applications. The Hastelloy alloys’ ability to resist heat and corrosion goes a long way towards making Hastelloy one of the key alloys on the scene today. Avion Alloys guarantees that our products are top-quality. Contact us to receive a free quote on Hastelloy today!