Products

Aluminum Brazing is aluminum alloyed with silicon and other elements produced via atomization using either inert gas or air. Inert gas atomization results in spherical aluminum alloy powders and air atomization in irregular shape particles. A Typical grade would be AlSi12 with or without minor elemental additions.

Tantalum Oxide, also known as tantalum pentoxide (Ta₂O₅), is a white solid material with properties suitable for a wide variety of applications. It’s used in optics to adjust the refractive index and color behavior of lenses and is integral to improving acoustic performance in mobile devices.

Niobium Oxide is similar in properties to tantalum oxide. Used in capacitors and as an additive to optical lenses to adjust the refractive index, niobium oxide is also used in the manufacture of lithium niobate, a material used in optical waveguides and related applications.

Alloyed Bronze powders are copper-tin-based materials, melted together and typically formulated to 90% copper and 10% tin. These powders are atomized in air/gas to produce spherically shaped particles.

Air Atomized Copper is copper and copper alloy powders produced by disintegration of a stream of liquid metal through an atomizing nozzle by compressed air. This gas atomization process produces a spherical particle shape for copper and depending on the other elements, a spherical or irregular shape for alloyed powders.

Ti-6Al-4V Powder is lightweight, strong and corrosion-resistant and used in a wide range of today’s most demanding markets. Our Titanium Powder is produced by a proprietary hydride / de-hydride (HDH) process. HDH Titanium powders offer a wide range of particle size distribution options using a proven production process that is sustainable and scalable for future demand at a more competitive cost than other Titanium powder production technologies. These powders have been successfully used in a wide range of medical, aerospace, and industrial applications.

Copper Flake is a flake, or lamellar metal powder, produced by milling high purity copper powders. Particles are flattened into a flake-like shape by the impact of steel balls onto the powder. Flake powders are thin, have a high specific surface, and have low apparent density. The aspect ratio of copper flake powders can be as high as 100:1.