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Titanium carbide(TiC)

Titanium carbide is typical transition metal carbides of high hardness, high melting point, wear resistance, and electrical conductivity. Its binary, ternary and quaternary compound solid solution, formed with tungsten carbide, tantalum carbide, niobium carbide, titanium nitride, can be used as coating material, welding material, hard thin film materials, military aviation materials, cemented carbide and cermet, etc.
Molecular weight:59.91
Density:4.93g/cm3
Colour:gray
Melting point:3160ºC
Theoretical carbon content:20.05%
Boiling point:4300ºC
CAS NO.:12070-08-5
EINECS (EC NO.):235-120-4
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Titanium Carbide
Product Description
Titanium carbide is typical transition metal carbides of high hardness, high melting point, wear resistance, and electrical conductivity.  Its binary, ternary and quaternary compound solid solution, formed  with tungsten carbide, tantalum carbide, niobium carbide, titanium nitride, can be used as coating material, welding material, hard thin film materials, military aviation materials, cemented carbide and cermet, etc.

Product Features
1.High purity: the highest purity can reach 99.99%, XRD detected no impurity phase, GDMS detected low metal impurities content elements;
2.Small particle size: the minimum particle size of 20-40nm;
3. Concentrated distribution: standard normal distribution of particle size, no bimodal or multi-modal.
4. Typical Products:
(1)Standard 1-3um (D10 > 1.0um, D50:1.2 ~ 1.8um, D90 < 3.0um, 80% particle size concentrated in the range of 1-3um)
(2)10-60um cermet powder (D10 > 10.0um, D50:20 ~ 30um, D90 < 60.0um, 80% particle size concentrated in the range of 10-60um)
Technical Data
Model Average Particle Size (D50) Purity(%) O(%) N(%) CF(%) CT(%)
TiC3000 20-40nm >99.0 -- -- -- 19.1~20.0
TiC0800 0.5-1.0um >99.0 ≤1.0 ≤0.10 ≤0.1 19.1~20.0
TiC0020 1.0-3.0um >99.5 ≤.0.8 ≤0.10 ≤0.1 19.1~20.0
TiC0003 10.0-60.0um >99.9 ≤0.5 ≤0.05 ≤0.1 19.1~20.0
TiC0008 -100+325mesh >99.9 ≤0.3 ≤0.05 ≤0.1 19.1~20.0
TiC0001 -200mesh >99.99 ≤0.1 ≤0.01 ≤0.001 19.1~20.0
Customized chemical composition and particle size can be made according to customer requirements.
 
Size Average Particle Size (D50)  Size Distribution Range
TiC3000 20-40nm D50:20-40nm,D90<100nm
TiC0800 0.5-1.0um Type 1:D50<1.0um,Type 2:D90<1.0um
TiC0020 1.0-3.0um Type 1:D50:1.0~3.0um,D90:3.5-4.5um
Type 2:<1.0um≯10%,>3.0um≯10%,1.0-3.0um≥80%
TiC0003 10.0-60.0um <10.0um≯10%,>60.0um≯5%,10-60um≥80%
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APS(D50):customized
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