Metals represent singular and pure elements, while alloys encompass mixtures of two or more elements, where at least one component is a metal. The amalgamation of metal compounds leads to the creation of heterogeneous alloys that exhibit enhanced attributes, such as heightened strength or hardness, resistance to high temperatures, efficient thermal conductivity, or protection against chemical corrosion.

Within our offerings, a diverse range of high-purity metals, binary and ternary metal compounds, magnetic alloys, metal oxides, nanomaterials, and organometallic precursors is available, presenting various forms, compositions, dispersions, particle sizes, and weights to cater to your research and commercial demands. Our packaging solutions are thoughtfully designed to ensure convenient handling and use, even within environments sensitive to oxygen and moisture.

Top-Quality Metal Refinement:

The central focus of our Urbana, Illinois, USA manufacturing facility revolves around the purification of inorganic materials and metals, serving a multitude of high-tech applications. Our expertise in metal purification culminates in the production of the purest alkali earth and rare earth metals. Our repertoire includes over 300 high-purity metals boasting a purity of 99.999% (5N) or higher. Additionally, we provide tailored production of alloys and other substances, aligning with your specifications regarding purity levels, water content, and uniformity requirements.

Engineered Beaded Materials:

Our engineered beaded metals and alloys represent a distinctive category of powders, meticulously processed into smooth, spherical particles characterized by reduced surface areas in comparison to conventional powders. These free-flowing powders are notably suitable for processes conducted within controlled atmospheres, offering advantages such as diminished water absorption and minimized occurrences of clumping, dust formation, and static buildup. Granular materials hold several benefits over fine powders, including heightened packing densities within crucibles and reduced volatility during high-temperature solid-state procedures. Our metal and alloy beads can be introduced into confined sample chambers using pneumatic loading, effectively addressing settling and clogging issues often encountered with fine powders.