RA 253 MA Delivers High-Temp Performance in Industry Feature
Rolled Alloys Applications Engineer, Hugh Thompson, has been featured in Heat Treat Today with his article, “A Microalloyed Solution for High-Temp Applications.”
High Temperature Strength – An Explanation of Creep and Rupture
Learn how metal strength at high temperatures differs from room temperature in this comprehensive guide. Discover the importance…
Understanding High-Temperature Distortion of Metals
Understanding High-Temperature Distortion of Metals When metals are subjected to high temperatures, they undergo expansion. The extent of expansion is measured in terms of the coefficient of thermal expansion. This physical property is frequently cited for various engineering materials. In the thermal processing industry, neglecting thermal expansion is a leading cause of failure of thermal […]
Inclusions in Specialty Alloys
When molten metal (steel, stainless steel, or nickel alloys) solidifies, the center of an ingot or slab is the last to freeze. While non-metallic impurities (oxides, nitrides, sulfides, silicides) settle throughout the ingot or slab, the greatest concentration of these inclusions settle along the solidification front…