High Purity Chromium Nitride CrN Powder CAS 12053-27-9, 99%

Using cathode arc plasma deposition technology. Cathodic Arc Plasma Deposition, a new technology for thin-film deposition that is very similar to ion implantation technology in many respects. The advantages of this technology include a fast ionization rate for the stream of particles emitted and high kinetic energy, 40-100eV. Ion beam deposition has many advantages, including adhesion enhancement, higher density of states and high reaction rates to compound films formation. Cathodic Arc Plasma Deposition is a unique method that allows for deposition of complex substrates. It has a high deposition rate and good coating uniformity. The substrate temperatures are low.

High current density is responsible for the cathode material’s evaporation. Evaporations consist of electrons and ions as well central gas atoms. Nearly 100% of cathode materials are ionized at the cathode point. Ions radiate from the cathode perpendicularly to its surface. The reaction of high-energy, chromium, ions with nitrogen is immediate and results in gaseous, chromium, nitride molecules.

To get more details, send us an inquiry

latest chromium nitride price

Please fill out the form below if you wish to

buy Chromium Nitride

Get powder in bulk

What exactly does the pvd mean?



PVD

It stands for

physical vapor deposition

The article discusses various vacuum deposition techniques that can be used for coating metal substrates and ceramic substrates.

Products Performance of Chromium Nitride powder


High purity and ultrafine particles ensure a greater surface area.

This is due to the high surface activity, both in thermostable and plasticizing ceramics.

Technical Parameters of CrN Chromium Nitride powder:

Chemical composition of the CrN powder from Chromium Nitride

It is simple.


Chromium Nitride CrN Powder




produced?


As raw materials, NaN3 and CrCl3 were used to prepare chromium trioxide. The reaction rate of the procedure was lowered by the addition of NaCl in order to maintain safety and stability. The molar proportion of NaCl and NaN3 must be increased at least two times in order to decrease the reaction time. That is to say, N2 to NaCl should be added at least one-third of the total amount to completely release any gas. After adjusting reaction temperature and time, the initial bulk sample was synthesized. High purity CrN was then obtained through washing.

Applicaciones


Chromium Nitride Powder


:


Use CrN as corrosion resistance

chromium nitride coating

Metal forming and plastics forming. It is used frequently in tools and medical implants. CrN is also an important component of multi-component coating systems like CrAlN, which are used to create hardwearing cutting tools. Other uses of chromium-nitride are:

Use higher temperature products

Slider wear

Wear resistance for precision components

You can eliminate fretting and wear.

Enhanced corrosion resistance of the parts, but not full encapsulation

Low friction

Sharp edges can be accommodated

One-size fits all, great for smaller tolerance parts

A number of prestigious journals, such Nature Materials and Nature Materials have been discussing the basic material physics for CrN. This is due to their excellent properties. Through quantum mechanical calculations, it was shown that magnetism is important in low- and higher temperature phases.

Shipping and Packing of Chromium Nitride CrN Powder:


Many types of packing are available depending on the amount CrN powder.

Packing of Chromium nitride, CrN powder:


You can vacuum pack 100g, 500g, 1kg/bag or 25kg/barrel. Or as you request.

Shipment of Chromium nitride CrN Powder


After receipt of payment, items may be sent out either by sea or air.

Pspault advanced material Nano Technology Co. Ltd., (Pspvault), is a trusted supplier and manufacturer of chemicals and Nanomaterials. They have over 12 years’ experience providing high-quality chemical products, as well as super high-quality chemicals.

Send us an enquiry if you’re looking for high quality chromium-nitride powder. (

brad@ihpa.net

)