Crucible Materials Corporation

Other

William B Eisen

Jeryl K Wright

Michael W Peretti

Ulrike Habel

Walter Haswell

Kenneth J Wojslaw

Rosa T Young

Baoquan Huang

Benjamin S Chao

Frank J Rizzo

John J Eckenrod

Geoffrey O Rhodes

Jason Ming Ting

Electrochemical hydrogen storage alloys for nickel metal hydride batteries, fuel cells and methods of manufacturing same

A method for producing compacted, fully dense articles from atomized tool steel alloy particles by placing the particles in a deformable container, and isostatically pressing the particles at an elevated temperature to produce a precompact having an intermediate density. The precompact is heated to a temperature above the elevated temperature used to produce the precompact. The precompact is isostatically pressed to produce the fully-dense article.

Method for compacting high alloy steel particles

A method for producing compacted, fully dense articles from atomized tool steel alloy particles by placing the particles in an evacuated, deformable container, and isostatically pressing the particles at an elevated temperature to produce a precompact having an intermediate density. The precompact is heated to a temperature above the elevated temperature used to produce the precompact. The precompact is isostatically pressed to produce the fully-dense article.

Method for compacting high alloy tool steel particles

A consolidated, fully dense, high yield strength, austenitic stainless steel and article produced therefrom having improved pitting resistance and a low sigma solvus temperature. The article is produced from nitrogen gas atomized prealloyed particles. The steel and article have a high nitrogen content for increased strength and corrosion resistance.

High strength, corrosion resistant austenitic stainless steel and

Growing community of inventors

Pittsburgh, PA, United States of America

William B Eisen