Examples of 'chromium carbide' in a sentence
Meaning of "chromium carbide"
Chromium carbide: A compound of chromium and carbon, often used as a coating to increase hardness and resistance to wear in industrial applications
How to use "chromium carbide" in a sentence
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chromium carbide
There was no evidence of undissolved chromium carbide in the microstructure.
Chromium carbide could be found at these grain boundaries.
The coating is chosen between chromium carbide or zirconia.
Synthesis of chromium carbide can be achieved through mechanical alloying.
This procedure produced a uniform chromium carbide layer.
Chromium carbide coatings have been made by thermal spraying for many years.
The material is essentially free from chromium carbide precipitations.
The chromium carbide coating thus formed has proven to be less than satisfactory.
The surface material is preferably provided by tungsten carbide or chromium carbide.
A target consisting of a mixture of chromium and chromium carbide was sputtered by cathode sputtering.
The addition of titanium to make it effective control of the formation of chromium carbide.
The same small addition of chromium carbide powder was added to each grade.
The carbon is used for separating graphite and producing a dispersed chromium carbide.
The most preferable surface material is chromium carbide in a matrix of nickel and chromium.
Cr forms a chromium carbide during casting and when the alloy is heated after casting.
See also
Blistering has been observed to occur on the chromium carbide coated runners.
Blending particulate chromium carbide with a particulate nickel-chromium alloy to form a mixture ;.
The carbon then reacts with the chromium in the alloy to form chromium carbide.
The nitrided stainless steel and chromium carbide showed wear marks in the same tests.
This hard facing alloy contains embedded tungsten carbide and chromium carbide crystals.
Thus, the impact of the chromium carbide on the properties was evaluated.
The material used for producing the raised cladding strips preferably contains chromium carbide.
The most frequently used system by far is the chromium carbide plus nickel chromium composite.
The arrangement according to claim 5, wherein said metal carbide is chromium carbide.
Chromium carbide particles from 1 to 10 microns in size have proven most effective.
The carbon then reacts with the chromium in the alloy and chromium carbide precipitates.
The starting materials consisted of chromium carbide ( Cr ₃ C ₂ ) powder and a nickel-chromium alloy powder.
Preferably, the base body contains inclusions of chromium carbide.
Above all, the presence within the structure of continuous chromium carbide films 5 will be noted.
Some relatively coarse carbide particles were evidence, typical of partially dissolved chromium carbide.
However, for certain types of high temperature applications, chromium carbide is the only practical choice.
Due to the addition of metallic titanium, it effectively controls the formation of chromium carbide.
They are comparable in wear resistance to the detonation gun chromium carbide coating UCAR LC-1C.
Another embodiment of the method described above includes the additional step of providing 0.1 % chromium carbide.
This may be accomplished by, for example, spray-drying chromium carbide particles with Ni-Cr.
The tool for textiles as in claim 1, wherein the base body contains chromium carbide.
The face contact fluid seal of claim 6 wherein the chromium carbide is substantially Cr ₇ C ₃.
The metal carbide may comprise titanium carbide, tungsten carbide, and chromium carbide.
Here is the main characteristics: * Chromium carbide over.
The powder of claim 1 or 2, wherein the metal carbide consists essentially of chromium carbide.
The process of claim 14 wherein the chromium carbide is Cr ₃ C ₂.
The composition applied was a pre alloyed powder consisting of 25 % nickel chromium and 75 % chromium carbide.
The roller according to claim 4, wherein said coating is chromium carbide or zirconia.
The coating may also be titanium carbo-nitride or chromium carbide.
It is particularly preferred that said intermediate layer is constituted by chromium carbide and Cr-Ni.
After this step, there follows the carburization of the tool blank under chromium carbide formation.
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