Nanoscale Metallic Iron （Fe）Powder，99.9% Purity

Nanoscale Metallic Iron（Fe）Powder，99.9% Purity

Introduction:

Fe powder is composed of fine iron particles, typically produced through mechanical processing, chemical reduction, or electrolysis.

Chemical Composition:

Purity	Content of Other Impurities(%)							Physical Indicators
Fe	C	Si	Al	Mn	Cu	S	O(Hydrogen Loss)	Apparent Density	Tap Density
99.90%	0.002	0.002	0.003	0.001	0.003	0.002	0.3	1.9~2.8g/CM³	3.1~3.5g/CM³

Characteristics:

1. High Surface Area: Due to its fine particles, iron powder has a large specific surface area and high reactivity.
2. High Purity: High-purity iron powder is preferred in industrial applications because the low impurity content reduces the impact on the final product.
3. Controllable Particle Size: The particle size of iron powder can be adjusted according to different needs, meeting the requirements of various applications.
4. Good Compressibility and Formability: Suitable for powder metallurgy processes, it can produce high-density and high-strength parts.

Applications of Fe Powder:

1. Powder Metallurgy: Iron powder is an important raw material for manufacturing powder metallurgy parts, including gears, bearings, and various mechanical components.
2. Welding Materials: Used as a component in welding rods and fluxes to aid in metal fusion during the welding process.
3. Chemical Industry: Serves as a catalyst and reducing agent in chemical synthesis and pharmaceutical processes.
4. Magnetic Materials: Used to produce soft magnetic materials, ferrites, and magnetic cores.
5. Surface Coating: Applied to metal surfaces to enhance wear resistance and corrosion protection.

Particle Size:

The particle size of iron powder refers to the size distribution of the particles, usually expressed in microns (µm) or mesh. Different particle sizes of iron powder are suitable for various industrial applications:

1. Coarse Powder (Particle size >150 µm): Suitable for spraying and certain powder metallurgy applications.

2. Medium Powder (75-150 µm): Widely used in powder metallurgy, welding materials, and magnetic materials.

3. Fine Powder (10-75 µm): Used for applications requiring high precision and high density, such as electronic components and chemical catalysts.

4. Ultrafine Powder (<10 µm): Used in high-tech fields like 3D printing, high-performance alloys, and biomedicine.

Specifications and Packaging:

ZYLAB offers free quotes for iron powder in various specifications, including 40 mesh, 60 mesh, 80 mesh, 100 mesh, 200 mesh, 300 mesh, 400 mesh, 500 mesh, 600 mesh, 1000 mesh, 5 microns, and 3 microns!

Our standard packaging sizes are 100g, 500g, and 1000g. For more detailed information, please contact us!

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