All about Spherical Metal Powders

Spherical Metal Powders

Spherical metal powder refers to metal powder materials with spherical particle morphology produced through advanced processes. These powders are typically produced through methods such as gas atomization and the plasma rotating electrode process (PREP). They exhibit high sphericity, good flowability, and high bulk density.

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  • Definition
  • Features
  • Products
  • Applications
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  • Qualifications
  • FAQs
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What is Spherical Metal Powder?

Spherical metal powder is a type of metal material with spherical particle morphology produced through advanced production techniques. Its high sphericity and uniformity make it valuable for applications in various industrial fields. It is suitable for high-temperature environments and is used in additive manufacturing and the development of high-end manufacturing.

What are the Features of Spherical Metal Powders?

Excellent Flowability

Spherical metal powder morphology significantly improves powder flow properties, thereby enhancing production efficiency and part consistency.

High Sphericity and Surface Quality

Spherical metal powders feature a very high spheroidization rate, excellent sphericity, and a smooth surface.

Low Oxygen Content and High Purity

High-purity spherical metal powders can be used in demanding high-end applications such as medical devices.

Spherical Metal Powders Products List

Product NameInquiry
Spherical Pure W PowderINQUIRY
Spherical W-Mo Alloy PowderINQUIRY
Crystalline W PowderINQUIRY
Spherical Pure Mo PowderINQUIRY
Mo-40Re Alloy PowderINQUIRY
Mo-20Re Alloy PowderINQUIRY
Spherical Pure Ta PowderINQUIRY
Metallurgical Ta PowderINQUIRY
Spherical Pure Nb PowderINQUIRY
Nb-Hf Alloy Powder C103INQUIRY
Nb-W Alloy Powder Nb521INQUIRY
Nb-W Alloy Powder Nb6621INQUIRY
Ti-50Ta Alloy PowderINQUIRY
Ti-75Ta Alloy PowderINQUIRY
Ni-Ti Alloy PowderINQUIRY
TC4 Alloy PowderINQUIRY
Spherical Pure V PowderINQUIRY
Spherical Pure Cr PowderINQUIRY
Spherical Pure Re PowderINQUIRY
5N High Purity Re PowderINQUIRY
Spherical Pure Co PowderINQUIRY
Spherical Pure Ni PowderINQUIRY
Spherical Pure Hf PowderINQUIRY
Ta-7.5W Alloy PowderINQUIRY
Ta-10W Alloy PowderINQUIRY
Ta-12W Alloy PowderINQUIRY
Ta-25W Alloy PowderINQUIRY
W-Ni-Fe Alloy PowderINQUIRY
Spherical Pure Zr PowderINQUIRY
Ta-Nb-W Alloy PowderINQUIRY
W-Mo-Ta-Nb-V Alloy PowderINQUIRY
W-Mo-Ta-Nb Alloy PowderINQUIRY
W-Mo-Ta-Nb-Zr Alloy PowderINQUIRY
Nb-Ti-Ta-Zr-V Alloy PowderINQUIRY
Ta-Nb-Ti-Zr Alloy PowderINQUIRY
Ta-Nb-Zr-V Alloy PowderINQUIRY
Ta-Nb-V-Ti Alloy PowderINQUIRY
VCr4Ti4 Alloy PowderINQUIRY
W-Ti-Zr-Nb-Ta Alloy PowderINQUIRY
AlCoCrFeNi2.1 High Entropy Alloy PowderINQUIRY
CoCrFeNiAl High Entropy Alloy PowderINQUIRY
FeCoNiCrTi High Entropy Alloy PowderINQUIRY
CrCoNi Spherical Medium Entropy Alloy PowderINQUIRY
CX Tool Steel PowderINQUIRY
2 Series Al Alloy PowderINQUIRY
4 Series Al Alloy PowderINQUIRY
6 Series Al Alloy PowderINQUIRY
7 Series Al Alloy PowderINQUIRY
17-4PH Stainless Steel PowderINQUIRY
15-5PH Stainless Steel PowderINQUIRY
M300 Tool Steel PowderINQUIRY
CCM Alloy PowderINQUIRY
Ti64 Alloy PowderINQUIRY
GRCop-42 Alloy PowderINQUIRY
18Ni300 Die Steel PowderINQUIRY
410 Stainless Steel PowderINQUIRY
420 Stainless Steel PowderINQUIRY
904L Stainless Steel PowderINQUIRY
Spherical 6061 Al Alloy PowderINQUIRY
Spherical AlSi7Mg Aluminum Alloy PowderINQUIRY
Spherical AlSi12 Aluminum Alloy PowderINQUIRY
AlSi10Mg Aluminum Alloy PowderINQUIRY
Aluminum Matrix Composite Fatigue Specimen/Tensile Specimen/Cube SpecimenINQUIRY
Spherical CuCrZr Copper Alloy PowderINQUIRY
Spherical CuSn10 Copper Alloy PowderINQUIRY
Spherical Cu4Cr2Nb Copper Alloy PowderINQUIRY
H13 Die Steel PowderINQUIRY
Spherical Hastelloy Alloy PowderINQUIRY
High-Strength Aluminum Alloy Powder Al-Mn-ScINQUIRY
Spherical In600 Nickel Based Alloy PowderINQUIRY
In718 Nickel Base Alloy PowderINQUIRY
Spherical In738 (K438) Nickel Based Alloy PowderINQUIRY
Spherical NiTi50 Nickel Titanium Alloy PowderINQUIRY
Spherical NiCrMo PowderINQUIRY
Spherical Nickel-Free High Nitrogen Stainless Steel PowderINQUIRY
Spherical ZnCuMn Alloy PowderINQUIRY
Spherical Zinc Lithium Alloy PowderINQUIRY
TA1 Spherical Pure Titanium PowderINQUIRY
TA11 Spherical Titanium Alloy PowderINQUIRY
TA15 Spherical Titanium Alloy PowderINQUIRY
TB6 Spherical Titanium Alloy PowderINQUIRY
TB11 (Ti15Mo) Spherical Titanium Alloy PowderINQUIRY
TC11 Spherical Titanium Alloy PowderINQUIRY
Ti-25Ta Alloy PowderINQUIRY
TiAl4822 Spherical Titanium Aluminum Alloy PowderINQUIRY
Spherical ZnCu Alloy PowderINQUIRY
Spherical IN625 PowderINQUIRY
Spherical SS310L PowderINQUIRY
Spherical SS316L PowderINQUIRY
Spherical SS304L PowderINQUIRY
Co-Cr-Ni-W Alloy PowderINQUIRY
Nano Copper PowderINQUIRY
Nano Iron PowderINQUIRY
Nano Tungsten PowderINQUIRY
Nano Molybdenum PowderINQUIRY
Nano Tantalum PowderINQUIRY
Nano Titanium PowderINQUIRY
Nano Nickel PowderINQUIRY
Nano Silver PowderINQUIRY
Spherical Pure Cu PowderINQUIRY
Spherical Pure Ag PowderINQUIRY
Spherical Cast WC PowderINQUIRY
Spherical Cast WC-Co Alloy PowderINQUIRY
Spherical Aluminum PowderINQUIRY
Spherical Iron PowderINQUIRY

What are the Applications of Spherical Metal Powders?

Additive Manufacturing (3D Printing)

Spherical metal powder is a core raw material for additive manufacturing technology, used to create high-performance, customized parts such as medical implants and complex molds.

Powder Metallurgy and Metal Injection Molding

Spherical metal powder produces high-density, high-precision metal parts, widely used in automotive engine components and other applications.

Thermal Spraying and Laser Cladding

Spherical metal powder is used in surface engineering to improve component life and performance.

Electronics and Energy

Spherical metal powder is used as conductive filler in electronic packaging and thermally conductive interface materials.

Why Alfa Chemistry?

ISO 9001:2015

Alfa Chemistry is ISO 9001:2015 certified and focuses on collaboration and partnership.

QA & QC

Alfa Chemistry's QA (Quality Assurance) and QC (Quality Control) department oversees all production and quality systems.

On-time Delivery

Alfa Chemistry delivers high-quality products on time, meeting all customer needs.

FAQs

What is the difference between atomized metal powder and spherical metal powder?

Spherical metal powder refers specifically to powders with particles that are nearly perfectly spherical. Atomized powders are produced through an atomization process and can have either spherical or irregular shapes, depending on the production method.

Which metals can be produced into spherical powders?

Common metals include titanium and titanium alloys (such as Ti-6Al-4V), nickel-based alloys (such as Inconel), aluminum alloys, stainless steel, and tantalum (Ta). Iron-based soft magnetic materials are also used in electronic components.

Why are spherical metal powders more expensive than irregularly shaped powders?

The main reason is the complex and costly production process. For example, gas atomization or plasma atomization requires strict control of temperature, airflow, and cooling conditions to ensure sphericity, while also meeting requirements such as high purity and a narrow particle size distribution.

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