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Overview of electron beam melting equipment Technology electron beam melting equipment is an additive manufacturing technology used to fuse metal powders together layer by layer utilizing a high-power electron beam in a vacuum environment. EBM equipment offers capabilities unmatched by other metal 3D printing methods in terms of build rate,

Overview of tungsten metal powder Tungsten metal powder refers to fine particulate material composed primarily of elemental tungsten for use in various industrial applications. Key properties include extremely high density, strength, hardness, and high temperature durability. Common applications of tungsten powder include: Tungsten is considered a critical raw material for

Overview of gas atomized metal powder Gas atomized metal powder refers to metallic particulate materials produced by atomizing molten alloy feedstock with high velocity inert gas jets. This imparts a spherical morphology ideal for additive manufacturing, metal injection molding, and other applications. Gas atomization features: Continue reading to learn about

Overview of inconel 3d printed part Inconel 3D printed parts refer to components fabricated from Inconel superalloy powders using additive manufacturing (AM) methods. Inconel grades offer exceptional heat and corrosion resistance combined with high strength, making them ideally suited to aerospace, power generation, and other demanding applications. Key properties of

Overview High temperature iron powders are specialized metallic powders made from iron-based alloys designed to operate at elevated temperatures exceeding 850°C without rapidly losing strength. Conventional iron and steel powders oxidize and deteriorate faster beyond this threshold. By carefully tailoring powder chemistry and processing treatments, high temperature strength and environmental

Overview Metal powders are fine metal particles used as feedstock for manufacturing techniques like additive manufacturing, metal injection molding, and powder metallurgy pressing and sintering. Producing advanced specialty metal powders with precise control of chemistry, particle size distribution, morphology, and microstructure is critical to properties of finished components. There are