In advanced manufacturing fields such as metal additive manufacturing (3D printing), powder metallurgy, and injection molding, the morphology of metal powder is critically important—it directly influences powder flowability, packing density, the final product’s density, and mechanical properties. Among these, sphericity, satellite powder, and hollow powder are three core evaluation metrics. Sphericity Definition: Sphericity refers to […]
In the field of metal 3D printing, the quality of metal powder plays a decisive role in printing outcomes. The production of high-quality metal powder relies on advanced powder manufacturing technologies. Leveraging its professional technical team, FM has systematically developed schematic diagrams for three major high-end metal powder production technologies, elucidating their core principles. 1. […]
Shanghai Frontier Material Tech Co., Ltd. is accelerating the construction of its new metal powder production base dedicated to additive manufacturing. This strategic expansion reinforces the company’s position in the global high-end manufacturing supply chain. The facility is scheduled to be operational soon, with major upgrades in capacity, automation, and quality control. The new production […]
Shanghai Frontier Material Tech Co., Ltd. is proud to announce that its full range of metal powders for additive manufacturing has officially received certification from the U.S. Food and Drug Administration (FDA). This milestone underscores our commitment to delivering world-class quality, safety, and reliability in every batch we produce. Our certified product line includes high-performance […]