3D Printing Powder Manufacturers,3D Printing Service suppliers

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Spherical Pure W Powder

Spherical Pure W Powder
Spherical Tungsten Powders, 1-10µm, 5-25µm, 15-45µm, 15-53µm, 45-106µm, 53-150µm
Spherical W Alloy Powder

Spherical W Alloy Powder
Spherical Tantalum Powders, 1-10µm, 5-25µm, 15-45µm, 15-53µm, 45-106µm, 53-150µm
Metallurgy W Powder

Metallurgy W Powder
Spherical Titanium Powders, 1-10µm, 5-25µm, 15-45µm, 15-53µm, 45-106µm, 53-150µm
Spherical Molybdenum Powder

Spherical Molybdenum Powder
Spherical Molybdenum Powders, 1-10µm, 5-25µm, 15-45µm, 15-53µm, 45-106µm, 53-150µm
Spherical Niobium Powder

Spherical Niobium Powder
Spherical niobium powder, 1-10µm, 5-25µm, 15-45µm, 15-53µm, 45-106µm, 53-150µm
Spherical Refractory Powder

Spherical Refractory Powder

Our Factory

Company Profile

STARDUSTTECHNOLOGY（GUANGDONG）Co., Ltd.

About us

STARDUSTTECHNOLOGY（GUANGDONG）Co., Ltd.

Stardust company primary products include spherical tantalum powder and tantalum alloy powder, spherical tungsten & tungsten alloy powder, spherical molybdenum and molybdenum powder, spherical niobium and niobium alloy powder, spherical titanium and spherical titanium alloy powder, Spherical refractory high entropy alloy powder, and high-end rare refractory metal and compound spherical powder, and also provide RF plasma spherodization service, plasma rotating electrode atomization service, 3D printing service, hot isostatic pressing, injection molding, powder metallurgy and other technical services. Stardust Technology (Guangdong) Co., Ltd. is a high-tech enterprise specializing in the research and development, production and sales of high-end spherical powder materials for 3D printing, powder metallurgy, surface engineering and other fields. The company adheres to the RF plasma spheroidization metal powder technology as the guidance, to provide international advanced products and application solutions. The company is jointed venture by Foshan Stardust Information Consulting Partnership (Limited Partnership), Guangdong Province Institute of Materials and Processing, and Guangdong Province Academy of Sciences Foshan City Industrial Technology Research Institute Co., LTD.It has a powerful R & D center and a complete technical support team. The company relies on a team from the Materials and Processing Institute of Guangdong Academy of Sciences. The institute focuses on the improvement of powder manufacturing equipment and the application and promotion of powder metallurgy products. It has established "National Titanium and Rare Metal Powder Metallurgy Engineering Technology Research Center", "Guangdong Province Metal Powder Materials Engineering Technology Research Center", "Guangzhou CityPowder Materials and Precision Parts Manufacturing Engineering Technology Research Center". Currently, there are 2 academicians of the Chinese Academy of Engineering. We have international leading high-end powder manufacturing equipments and forming equipments such as Canadian TEKNA RF plasma spheroidization equipment, Ukrainian plasma rotating electrode atomization equipment, Swedish Quintus hot isostatic pressing equipment and German EOS 3D printing equipment. Looking forward to cooperate with you.

STARDUSTTECHNOLOGY（GUANGDONG）Co., Ltd.

Hot Products

3D Printing Spherical Tantalum Powder 45-106µm

Spherical tantalum powder is made by Radio Frequency Plasma Spheroidization atomized method, which has high purity hypoxia, high sphericity, smooth surface, no satellite, uniform particle size distribution, excellent flow performance, and high loose density and vibrational density.
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3D printing Spherical Titanium Powder 15-45µm

Spherical Titanium powder is made by Radio Frequency Plasma Spheroidization atomized method, which has high purity hypoxia, high sphericity, smooth surface, no satellite, uniform particle size distribution, excellent flow performance, and high loose density and vibrational density.
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3D Printing Spherical Niobium Powder 5-25µm

Spherical niobium powder is made by Radio Frequency Plasma Spheroidization atomized method, which has high purity hypoxia, high sphericity, smooth surface, no satellite, uniform particle size distribution, excellent flow performance, and high loose density and vibrational density.
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3D Printing Spherical Molybdenum Powder 15-53µm

Spherical molybdenum powder is made by Radio Frequency Plasma Spheroidization atomized method, which has high purity hypoxia, high sphericity, smooth surface, no satellite, uniform particle size distribution, excellent flow performance, and high loose density and vibrational density.
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3D printing Spherical Casting Tungsten Carbide Powder 15-53µm

Spherical Casting Tungsten Carbide Powder is made by Radio Frequency Plasma Spheroidization atomized method, which has high purity hypoxia, high sphericity, smooth surface, no satellite, uniform particle size distribution, excellent flow performance, and high loose density and vibrational density.
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3D Printing Spherical W-Mo-Ta-Nb-V Alloy Powder 20-63µm

Spherical W-Mo-Ta-Nb-V powder is made by Radio Frequency Plasma Spheroidization atomized method, which has high purity hypoxia, high sphericity, smooth surface, no satellite, uniform particle size distribution, excellent flow performance, and high loose density and vibrational density.
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$Spherical Refractory Nb521 Alloy Powder 15-53µm$ $Spherical Refractory Nb521 Alloy Powder 15-53µm$

Spherical Refractory Nb521 Alloy Powder 15-53µm

Spherical Refractory Nb521 Alloy Powder is made by Radio Frequency Plasma Spheroidization atomized method, which has high purity hypoxia, high sphericity, smooth surface, no satellite, uniform particle size distribution, excellent flow performance, and high loose density and vibrational density.
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$Spherical Refractory Ni-Ti Alloy Powder 15-53µm$ $Spherical Refractory Ni-Ti Alloy Powder 15-53µm$

Spherical Refractory Ni-Ti Alloy Powder 15-53µm

Spherical Refractory Ni-Ti Alloy Powder is made by Radio Frequency Plasma Spheroidization atomized method, which has high purity hypoxia, high sphericity, smooth surface, no satellite, uniform particle size distribution, excellent flow performance, and high loose density and vibrational density.
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Spherical W-4Nb alloy powder15-53μm

Spherical Refractory W-4Nb Alloy Powder is made by Radio Frequency Plasma Spheroidization atomized method, which has high purity hypoxia, high sphericity, smooth surface, no satellite, uniform particle size distribution, excellent flow performance, and high loose density and vibrational density.
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$Spherical Refractory Ta-2.5W Alloy Powder 15-53µm$ $Spherical Refractory Ta-2.5W Alloy Powder 15-53µm$

Spherical Refractory Ta-2.5W Alloy Powder 15-53µm

Spherical Refractory Ta-2.5W Alloy Powder is made by Radio Frequency Plasma Spheroidization atomized method, which has high purity hypoxia, high sphericity, smooth surface, no satellite, uniform particle size distribution, excellent flow performance, and high loose density and vibrational density.
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$Spherical Refractory Vanadium Powder 53-150µm$ $Spherical Refractory Vanadium Powder 53-150µm$

Spherical Refractory Vanadium Powder 53-150µm

Spherical Refractory Vanadium Powder is made by Radio Frequency Plasma Spheroidization atomized method, which has high purity hypoxia, high sphericity, smooth surface, no satellite, uniform particle size distribution, excellent flow performance, and high loose density and vibrational density.
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$Spherical Refractory Chrome Powder 53-150µm$ $Spherical Refractory Chrome Powder 53-150µm$

Spherical Refractory Chrome Powder 53-150µm

Spherical Refractory Chrome Powder is made by Radio Frequency Plasma Spheroidization atomized method, which has high purity hypoxia, high sphericity, smooth surface, no satellite, uniform particle size distribution, excellent flow performance, and high loose density and vibrational density.
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Application

We can not only provide relatively mature research on metal spheroidization services but also provide 3D printing services , 3D printing machines and devices .

HOT ISOSTATIC PRESSING

ADDITIVE MANUFACTURING

POWDER METALLURGY

PLASMA SPHEROIDIZATION

HOT ISOSTATIC PRESSING

Hot isostatic pressing (HIP) is a manufacturing process, used to reduce the porosity of metals and increase the density of many ceramic materials. This improves the material's mechanical properties an...

ADDITIVE MANUFACTURING

The term “additive manufacturing” references technologies that grow three-dimensional objects one superfine layer at a time. Each successive layer bonds to the preceding layer of melted or...

POWDER METALLURGY

Powder metallurgy (PM) is a term covering a wide range of ways in which materials or components are made from metal powders. PM processes can reduce or eliminate the need for subtractive processes in...

PLASMA SPHEROIDIZATION

Our plasma spheroidization system range enables both the development and industrial production of highly spherical metallic or ceramic powders, without introducing any impurities. Starting with...