ATI transforms raw materials into some of the world's most advanced alloys, combining deep metallurgical expertise with specialized melting technologies to achieve the chemistry, purity and consistency demanding applications require.

ATI applies immense force, precise temperature control and deep metallurgical expertise to transform advanced alloys into high-performance forgings built for the world's most demanding applications.

ATI transforms high-strength titanium, nickel-based alloys and specialty steels into sheet, strip, coil and plate engineered to meet demanding requirements for strength, gauge, surface quality and dimensional control.

ATI produces some of the world's most specialized reactive and refractory metals, transforming zirconium, hafnium and niobium into high-performance materials for applications where few producers have the expertise or capabilities to compete.

ATI additive manufacturing turns advanced alloys into complex, high-performance components-consolidating parts, unlocking new geometries and taking designs from powder through finished production.

Using digital intelligence to model success and produce parts that are right the first time.