High-Purity Nickel Ni Granule Particles for Thin Film Deposition Research

Product Details:

-Melting Point:- 1453°C  

-Density:- 8.91 g/cm³  

-Purity:- 4N, 4N5, 5N  

-Size:- 1-10, ∮6*6/3*3  

-Evaporation Method:- eBeam (Xlnt)  

-Crucible Materials:- Al₂O₃, BeO, W, graphite  

-Note:- The thermal expansion difference between nickel and graphite may cause the graphite crucible lining to crack during cooling.  

(The above specifications for purity can be customized upon request. For other purity specifications, please consult customer service.)

Applications of  Nickel Ni Granule:

1. Semiconductor Field

   - Application: Used in the manufacturing and research of semiconductor devices.

   - Details: Nickel particles can serve as dopants or metal electrode materials to enhance the electrical conductivity and stability of semiconductor materials.

2. Materials Science Research Field

   - Application: In the development and performance evaluation of new materials.

   - Details: Nickel particles are used in materials science experiments to study their physical and chemical properties under various conditions, exploring new alloys and composite materials.

3. sputtering targets

   - Application: Used in thin film deposition processes for electronics and optics.

   - Details: Nickel particles are used to create sputtering targets, which are bombarded with ions in a vacuum to deposit thin layers of nickel onto substrates.

4. Electroplating

   - Application: Enhancing corrosion resistance and improving surface properties.

   - Details: Nickel particles are used in electroplating to create a protective layer on metals, improving their durability and aesthetic appeal.

5. Catalysts

   - Application: In chemical reactions, especially in hydrogenation processes.

   - Details: Nickel particles serve as catalysts in various reactions, facilitating the conversion of reactants into products more efficiently.

6. Battery Production

   - Application: In nickel-based batteries such as NiMH (Nickel Metal Hydride) and NiCd (Nickel Cadmium).

   - Details: Nickel particles are crucial for the anode in these batteries, contributing to their energy storage capabilities.

7. Alloy Production

   - Application: Creating high-performance alloys for aerospace and automotive industries.

   - Details: Nickel is a key component in various alloys that offer high strength, corrosion resistance, and heat resistance.

8. 3D Printing

   - Application: In additive manufacturing processes.

   - Details: Nickel particles can be used in metal 3D printing to create complex parts with excellent mechanical properties.

9. Magnetic Materials

   - Application: In the production of magnetic components.

   - Details: Nickel particles are used in the manufacture of ferrites and other magnetic materials for electrical devices.

10. Research and Development

   - Application: In laboratories for material science and nanotechnology studies.

   - Details: Nickel particles are used in experiments to explore new materials and applications, including nano-coating and surface modification.

11. Thermal Conductivity Applications

   - Application: In heat sinks and thermal interface materials.

   - Details: Nickel's excellent thermal conductivity makes it suitable for applications requiring efficient heat dissipation.

12. Electronics

   - Application: In the production of electronic components.

   - Details: Nickel particles are used in the manufacturing of connectors, switches, and other electronic parts that require high conductivity.

Office Photo

Exhibition