Ni3N is also known as nickel nitride. Nickel nitride, Ni3N powder, is used in Film material, PVD coating, plating, etc. Purity: 99.9%
Particle Size: -100 Mesh

Description of Nickel Nitride Ni3N Ni3N Powder：
Nickel nitride Stable in moist atmosphere It is slow to dissolve in cold dilute. The sodium oxide solution will not dissolve in hot acids.
For future energy production, we need efficient, strong and affordable materials that can be used as electrocatalysts. Nickel nitride Ni3N For electrocatalysis, nickel foam was used. Ni3N/ Ni Foam has an extremely low overpotential (about fifty mV), high current densities, and excellent stability for hydrogen evolution when alkaline solutions are used. Modified nickel foam had a higher level of activity for oxygen reduction and OER reactions than the original nickel. The Ni(OH),2 layer was formed by better lattice matching. This results in increased activity. Ni3N/NiOH(2 catalyst is formed, which makes it more difficult for water to separate from nickel hydroxide. This reduces the overpotential. Additionally, metal nitrides have a higher adsorption rate to hydrogen than those of pure metals. This increases the metal nitrides' adsorption potential. As an electrocatalyst nickel nitride is an option for fuel cells, batteries, and other energy-related equipment.

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Nickel Nitride Ni3N Ni3N Powder Product Performance:
Nickel nitride powder Ni3N is of high purity and ultrafine size. It has larger surface areas.

Technical data of Nickel Nitride Ni3N Pulp:

Part name	Powder of High Purity Nickel Ntride
MF	Ni3N
Purity	99.9%
Particle size	-100 Mesh
Application	As a film material, nickel nitride (Ni3N) powder can be used. ;

Production Method of Nickel Nitride Ni3N Ni3N Powder ：

Raw material preparation

The following raw materials are required for the production of nickel nitride:

Nickel powder: As a primary raw material, it requires high purity, fine particle size, and good activity.

Nitrogen: As a nitriding source, it requires high purity and stable pressure.

Catalyst: Used to promote nitriding reaction, commonly used alkali metal salts, alkali metal oxides, etc.

Preparation of nickel nitride powder

There are two main methods for preparing nickel nitride powders: direct nitriding and carbide nitriding.

Direct nitriding method: nickel powder is reacted with nitrogen at high temperature to directly nitride into nickel nitride. The reaction temperature is usually above 600 ° C, and the reaction time depends on the degree of nitriding required. The nickel nitride powder prepared by this method has high purity and fine particle size. Still, the production cycle is long, high-temperature conditions are needed, and equipment requirements are high.

Carbide nitriding method: Nickel carbide reacts with nitrogen at high temperatures to produce nickel nitride and cyanide. The reaction temperature is usually above 1000 ° C, and the reaction time depends on the degree of nitriding required. The nickel nitride powder prepared by this method has high purity and fine particle size. Still, harmful substances such as cyanide are produced in the production process, which needs to be treated for environmental protection.

Forming and sintering

The prepared nickel nitride powder must be formed and sintered to obtain the desired shape and properties.

Forming: Nickel nitride powder is placed into a mold and molded under pressure to the desired shape and size. The molding pressure depends on the requirements of the product and generally needs to be between several tons and tens of tons.

Sintering: The formed nickel nitride body is sintered at high temperatures to obtain the required strength and density. The sintering temperature is usually above 1000℃, and the sintering time is determined according to the product requirements.

Post-processing

After sintering, the resulting nickel nitride product must be post-treated to remove surface impurities and defects and improve product performance.

Surface treatment: Using sandblasting, polishing, and other methods to remove surface impurities and defects improves the surface smoothness and cleanliness.

Heat treatment: Heat treatment temperature and time according to product requirements.

Coating treatment: The surface of nickel nitride is coated with one or more layers of other materials to improve the properties of nickel nitride or to meet specific application requirements. The coating material can be metal, non-metal, or composite material.

Applicationes of Nickel Nitride Ni3N Ni3N Pulp :

Electronic field

Transistor: The high electron mobility and mechanical strength of nickel nitride make it one of the essential materials for the manufacture of transistors. Transistors made using nickel nitride have higher switching speeds and lower leakage currents, which can improve the efficiency and performance of electronic devices.

Capacitors: Nickel nitride has a high dielectric constant and low dielectric loss, so it is one of the essential materials in capacitor manufacturing. Using nickel nitride can lead to smaller, more reliable capacitors, improving the energy efficiency and stability of electronic devices.

The energy sector

In energy, nickel nitride is widely used in battery manufacturing, fuel cells, etc.

Fuel cell electrode material: Nickel nitride's high electron mobility and mechanical strength, as well as corrosion resistance, make it one of the preferred fuel cell electrode materials. Using nickel nitride as electrode material can improve the power generation efficiency and reliability of fuel cells and extend their service life.

Aerospace

In the aerospace field, nickel nitride is widely used to manufacture high-temperature structures and aircraft engine components.

High-temperature structural parts: Nickel nitride has excellent properties and mechanical strength and is widely used in high-temperature structural components. High-temperature structural parts manufactured with nickel nitride have higher temperature resistance and longer service life, which can improve the reliability of aerospace equipment.

Aeroengine parts: Nickel nitride has high corrosion resistance and high-temperature properties, so it is widely used to manufacture aero-engine parts. Aero-engine parts manufactured with nickel nitride have a longer service life and higher reliability, which can improve the efficiency of aviation equipment.

Mechanical field

In the field of machinery, nickel nitride is widely used in the manufacture of high-strength, wear resistance, corrosion resistance, and other mechanical parts.

High-strength mechanical parts: Nickel nitride has high strength and mechanical stability, so it is widely used in high-strength mechanical parts. High-strength mechanical parts manufactured with nickel nitride have a longer service life and higher reliability, which can improve the work efficiency of mechanical equipment.

Wear-resistant mechanical parts: Nickel nitride has wear resistance and is widely used in wear-resistant mechanical parts. Wear-resistant mechanical parts manufactured with nickel nitride have a longer service life and higher wear resistance, which can improve the work efficiency of mechanical equipment and reduce maintenance costs.

Corrosion-resistant mechanical parts: Nickel nitride has high corrosion resistance, so it is widely used in corrosion-resistant mechanical parts. Corrosion-resistant mechanical parts manufactured with nickel nitride have a longer service life and higher corrosion resistance, which can improve the efficiency of mechanical equipment and reduce maintenance costs.

Packing and Shipping Nickel Nitride Ni3N Pulver:
There are many options for packing, which all depend on the amount of nickel nitride N powder.
Packing of powder nickel nitride Nickel3N You can vacuum pack 1kg per bag, 25 kg/barrel or according to your requirements.
Powder shipping of nickel nitride, Ni3N shipping by express, air or sea as soon as payment receipt is received.

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