Blogs

C103 is a proven, well understood material offering exceptional mechanical strength and stability across the huge temperature ranges encountered in space.

Throughout the last century, H.C. Starck has pioneered innovation through material expertise in some of the most critical markets worldwide, including medical device manufacturing.

MP35N® alloy is a unique multiphase system that combines the highly desired chemical and mechanical properties of its constituent elements: Nickel (Ni), Cobalt (Co), Chromium (Cr), and Molybdenum (Mo).

Our Euclid plant is renowned for its tungsten and space-age refractory metals. In fact, it was built during one of the most exciting technological eras mankind has ever experienced: the space race.

As aerospace engineers continue to reach outwards in terms of how far we can travel and how quickly we can reach destinations, the materials used in air and space markets continue to come under scrutiny.

High-temperature alloys are essential to the plethora of furnace designs and heat treatment techniques that manufacturers now enjoy.

Tantalum sputtering targets for the booming semiconductor industry, are a key part of our product catalog.

At H.C. Starck Solutions, we are committed to embedding good safety culture at every level of our refractory metals production and supply chain, to safeguard our business from top-to-bottom.

High-temperature alloys are metallic materials that retain superb mechanical qualities in extremely hot environments.

The Hermsdorf facility dates to 1961 when H.C. Starck was undergoing a substantial period of expansion and modernization.

A key technology that makes H.C. Starck Solutions a global market leader in the processing of refractory and special metals is the extensive extrusion capability at our plant in Coldwater, Michigan.

From a small vacuum processing company based in Cambridge, MA to the HQ of one of the largest refractory metals suppliers in the world, our Newton facility has a rich history.