Lorem ipsum dolor sit amet consectetur. It was discovered that the addition of 1% zirconium to niobium greatly improved the creep strength over the soft pure metal. Thus ATI Nb1Zr Alloy became the replacement for pure niobium in applications requiring the chemical resistance of niobium and a material with high melting temperature. In addition to greatly increasing the strength of pure niobium at higher temperatures, ATI Nb1Zr Alloy also has low thermal nuclear capture cross-section properties.

This alloy has been closely associated with the nuclear industry, which requires specified elevated temperature strength in the range of 1800°F to 2200°F. Because of the increasing need for better strengths, as technology has advanced, ATI Nb1Zr Alloy has been replaced in some applications by alloys such as ATI C103 Alloy, which has greater strength and thus improved reliability, but still retains all the desirable characteristics of ATI Nb1Zr Alloy.

Photo Caption

Section Header

Lorem ipsum dolor sit amet consectetur. Eget pellentesque est et molestia. Ullamcorper sit leo arcu cursus enim pulvinar. Interdum vitae suspendisse aliquam nunc nisl ligula ut nullam at.

Video Caption

Section Header

Ut sed amet tortor netus. Risus duis mauris nunc pulvinar fames id hac mus quis. Ac dui volutpat ut tellus. Volutpat platea lacinia duis sit nunc nunc arcu.

Titanium Alloys

ATI is a leading global supplier and manufacturer of titanium and titanium alloy products. We produce high strength commercially pure titanium and titanium alloy products in flat-rolled and long forms, net-shapes and components.

Commercially Pure

Lorem ipsum dolor sit amet consectetur. Id tristique facilisis purus facilisis nascetur. Consectetur mattis vitae sit cras enim vel enim. Nec sit fermentum quam odio neque morbi.