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Las aplicaciones del polvo esférico de níquel incluyen la impresión metálica en 3D, el revestimiento láser, la pulverización de superficies, las herramientas diamantadas, los materiales para cátodos de baterías, los revestimientos conductores, etc.

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Spherical copper powder has a wide range of applications, including but not limited to powder metallurgy parts, electrical materials, thermal conductive materials, friction materials, spraying materials, welding materials, chemical catalysts, additiva manufacturing, and other fields.

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TiAl titanium alloy has low density, good mechanical properties, and excellent corrosion resistance, and is widely used in aerospace, shipbuilding, military and other fields. TiAl titanium alloy powder solves a series of problems in additive manufacturing processes, and can achieve high-strength, large-sized, and lightweight components through additive manufacturing processes rapid prototyping manufacturing.

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Spherical cast tungsten carbide powder is suitable for producing wear-resistant coatings through processes such as plasma transfer arc welding (PTA), laser cladding, and thermal spraying due to its unique preparation process and excellent performance. A coating made of spherical cast tungsten carbide as the hard phase and molten nickel, cobalt, and iron alloys as the bonding phase can strengthen the surface of mechanical parts, improve wear resistance, and extend service life. It has broad application prospects in mining, oil drilling, engineering machinery, aerospace and other fields.

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The tantalum implant formed by 3D printing has the closest elastic modulus to human cartilage tissue, making it the most ideal orthopedic implant material. Spherical tantalum powder is suitable for processes such as laser/electron beam additive manufacturing, hot isostatic pressing, laser cladding, and hot/cold spraying.

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GH4099 is a typical aging strengthened nickel based high-temperature alloy, which is comprehensively strengthened with elements such as Co, W, Al, Ti, etc., giving the alloy high thermal strength. It can be used for a long time below 900 ℃, and the highest working temperature can reach 1000 ℃. Due to its stable microstructure and satisfactory cold and hot forming and welding process performance, GH4099 high-temperature alloy is very suitable for manufacturing high-temperature plate load-bearing welding structures such as aviation engine combustion chambers and afterburner chambers.

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GH4169 is an aging precipitation strengthened alloy with γ~Ni as the matrix, γ ” phase (Ni3Nb) as the main phase, and weak strengthening phase γ ‘[Ni3 (Al, Ti)] with a face centered cubic structure. It has excellent high-temperature strength, oxidation resistance, corrosion resistance, fatigue resistance, and good high-temperature creep strength. It is commonly used in the manufacture of hot end structural components and is widely used in aerospace, energy, military and other fields.