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Chromium Carbide (Cr3C2) Nanopowder / Nanoparticles (Cr3C2, 30-120nm, 99.7+%, Gray, Orthorhombic Crystal Structure)

Chromium carbide (Cr3C2) is a to a great degree hard recalcitrant earthenware material. It is generally prepared by sintering. It resembles a dark powder with orthorhombic precious stone structure. The orthorhombic Cr3C2 happens to a great degree infrequently as mineral tongbaite. It is profoundly consumption safe, and does not oxidize even at high temperature (1000-1100 °C). The warm development coefficient of chromium carbide is practically equivalent to that of steel, lessening the mechanical anxiety development at the layer limit. Precipitation of chromium carbide at the grain limits, draining the grain edges of chromium, is the reason for intergranular erosion of stainless steel close to the welds

Chromium Carbide (Cr3C2) Nanopowder / Nanoparticles (Cr3C2, 30-120nm, 99.7+%, Gray, Orthorhombic Crystal Structure)

Chromium Carbide (Cr3C2) Nanopowder / Nanoparticles (Cr3C2, 30-120nm, 99.7+%, Gray, Orthorhombic Crystal Structure)
Product No. CAS No. Formula Molecular Weight APS Purity Color Form
NRE-5025  12012-35-0 Cr3C2 180.0097 g/mol 30-120 nm( can be customized) 99.7% Gray-Brown Nano Powder
Density 6.68 g/cm3
Melting Point 1895°C
Boiling Point 3800°C
Certificate of Analysis

Cr

C

O

N

Al

Fe

Na

Ca

K

Si

87.3%

12.4%

<0.05%

<0.01%

<0.04%

<0.02%

<0.20%

<0.03%

<0.4%

<0.1%


Chromium carbide Nanoparticles (Cr3C2) Properties and Applications:

Chromium carbide (Cr3C2) is a to a great degree hard recalcitrant earthenware material. It is generally prepared by sintering. It resembles a dark powder with orthorhombic precious stone structure. The orthorhombic Cr3C2 happens to a great degree infrequently as mineral tongbaite. It is profoundly consumption safe, and does not oxidize even at high temperature (1000-1100 °C). The warm development coefficient of chromium carbide is practically equivalent to that of steel, lessening the mechanical anxiety development at the layer limit. Precipitation of chromium carbide at the grain limits, draining the grain edges of chromium, is the reason for intergranular erosion of stainless steel close to the welds. Chromium carbide is utilized as a warm shower material for securing the basic metal surface, and as an added substance to erosion safe and wear-safe materials. It is utilized as a part of coatings of course, seals, openings, and valve seals, and as a fine-gem stage in other sintered carbides, where, similar to the vanadium carbide, it represses development of submicrometre grains amid squeezing and sintering.

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