** Titanium Carbide Properties Recap **.
(titanium carbide properties pdf)
* ** Composition: ** TiC – A refractory ceramic compound of titanium and carbon.
* ** Crystal Structure: ** Face-centered cubic (FCC), NaCl-type.
* ** Thickness: ** High density, about 4.93 g/cm THREE.
* ** Hardness: ** Severe solidity, among the hardest recognized materials. Vickers firmness normally around 28-35 GPa, Knoop hardness around 2600 kg/mm TWO. Exceptional wear resistance.
* ** Thawing Factor: ** Extremely high melting factor, approximately 3,160 ° C. Excellent thermal stability.
* ** Thermal Conductivity: ** Great thermal conductivity, valuable for warm dissipation applications.
* ** Thermal Expansion Coefficient: ** Moderate coefficient of thermal development, around 7.4 x 10 ⁻⁶ K ⁻¹.
* ** Electrical Conductivity: ** Excellent electrical conductivity for a ceramic, metallic-type conduction.
* ** Chemical Security: ** High chemical inertness. Resistant to many acids and antacids. Outstanding oxidation resistance at high temperatures, forming protective TiO two layer.
* ** Mechanical Stamina: ** High compressive toughness. High modulus of elasticity.
* ** Crack Toughness: ** Moderate crack strength compared to some other ceramics, however still fragile.
* ** Applications: ** Commonly used in cutting tools (often as a finish or in cermets with Ni/Co), wear-resistant parts, abrasives, crucibles for molten steels, and as a support stage in composites. Trick material for extreme atmospheres.
(titanium carbide properties pdf)
* ** Synthesis: ** Commonly created by carbothermal reduction of TiO TWO, direct reaction of Ti and C, or chemical vapor deposition (CVD).
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