Spherical Nickel Powder (Ni)

Spherical Nickel Powder Price & List

Spec.	Purity	Shape	Available
Ni-U20300	≥99%	Spherical	D50 200-400 nm
Ni-U20500	≥99%	Spherical	D50 400-600 nm
Ni-E25001	≥99.5%	Spherical	D50 1-2 um
Ni-E25010	≥99.5%	Spherical	D50≤ 10 um
Ni-D010045	≥99.5%	Spherical	10- 45 um
Ni-D015053	≥99.5%	Spherical	15 - 53 um
Ni-D045105	≥99.5%	Spherical	45 - 105 um
Ni-D045150	≥99.5%	Spherical	45 - 150 um
Ni-M25100	≥99.5%	Spherical	+100 mesh / -100 mesh
Ni-M25200	≥99.5%	Spherical	+200 mesh / -200 mesh
Ni-M25325	≥99.5%	Spherical	+325 mesh / -325 mesh
Customizable	≥99.5%	Spherical	Sieve as required

Note: We provide customized service. If you don't find the powder you want, please send us an email directly. We can customize it according to your requirements.

Spherical nickel powder is a kind of nickel powder which the shape is spherical under scanning electron microscope (SEM). Spherical nickel powder is widely used in some occasions with high requirements for convective mobility because of its good fluidity. According to different particle sizes and uses, spherical nickel powder can be divided into gas atomized spherical nickel powder, ultrafine spherical nickel powder, and nano spherical nickel powder.

Spherical Nickel Powder Application

According to different particle sizes and uses, spherical nickel powder can be divided into gas atomized spherical nickel powder, ultrafine spherical nickel powder, and nano spherical nickel powder. They are applied to different fields and occasions. The details are as follows:

Gas Atomized Spherical Nickel Powder

Gas atomized spherical nickel powder is produced by gas atomization process, which is mainly used in 3D printing/additive manufacturing, thermal spraying, laser cladding, injection molding and other occasions. 
 

Spec.	Purity	Shape	Available
Ni-D010045	≥99.5%	Spherical	10- 45 um
Ni-D015053	≥99.5%	Spherical	15 - 53 um
Ni-D045105	≥99.5%	Spherical	45 - 105 um
Ni-D045150	≥99.5%	Spherical	45 - 150 um
Ni-M25100	≥99.5%	Spherical	+100 mesh / -100 mesh
Ni-M25200	≥99.5%	Spherical	+200 mesh / -200 mesh
Ni-M25325	≥99.5%	Spherical	+325 mesh / -325 mesh
Customizable	≥99.5%	Spherical	Sieve as required
Application: Gas atomized spherical nickel powder is mainly used in 3D printing/additive manufacturing, thermal spraying, laser cladding, injection molding and other occasions.

Ultrafine Spherical Nickel Powder

Ultrafine spherical nickel powder refers to the spherical nickel powder with an average particle size of 1-10 um. It is suitable for manufacturing the internal electrode of the chip multilayer ceramic capacitor and the electronic paste of other electronic components, nickel battery, battery, catalyst, magnetic fluid, special coating, wave absorbing material, etc.  

Spec.	Purity	Shape	Partcile Size
Ni-E25001	≥99.5%	Spherical	D50 1-2 um
Ni-E25010	≥99.5%	Spherical	D50≤ 10 um
Application: Ultrafine spherical nickel powder is suitable for manufacturing the internal electrode of the chip multilayer ceramic capacitor and the electronic paste of other electronic components, nickel battery, battery, catalyst, magnetic fluid, special coating, wave absorbing material, etc.

Nano Spherical Nickel Powder

Nano spherical nickel powder mainly refers to spherical nickel nanoparticles with an average particle size of less than 100 nm. We mainly produce and provide submicron nano spherical nickel powder (100-1000 nm) for industrial application. It is suitable for manufacturing the internal electrode of the chip multilayer ceramic capacitor and the electronic paste of other electronic components, nickel battery, battery, catalyst, magnetic fluid, special coating, wave absorbing material, etc. 
  

Spec.	Purity	Shape	Partcile Size
Ni-N20100	≥99%	Spherical	APS 100 nm
Ni-U20300	≥99%	Spherical	D50 200-400 nm
Ni-U20500	≥99%	Spherical	D50 400-600 nm
Application: It is suitable for manufacturing the internal electrode of the chip multilayer ceramic capacitor and the electronic paste of other electronic components, nickel battery, battery, catalyst, magnetic fluid, special coating, wave absorbing material, etc.