Gogotsi, "Dye adsorption and decomposition on two-dimensional titanium carbide
in aqueous media," Journal of Materials Chemistry A, vol.
And as reinforcement, titanium carbide
(TiC) for the properties it has, as high hardness, high melting point and good thermodynamic stability that makes it suitable to reinforce matrices of iron and steel (Xinhong et al., 2006; Zhong et al., 2011; Dogan et al., 1999; Onuoha et al., 2013), this powder was supplied by SIGMA-ALDRICH (99,95% purity).
To clarify the mode of deposition of titanium carbide
nanolayer, model samples representing monocrystal silicon wafer with a sputtered layer of pure iron were used.
The study focuses on the joints, based on chromium carbide base cermets with Ni binder and titanium carbide
base cermets with Ni-Mo and Fe-Ni steel binder phase (Table 1).
Taking into account the critical thickness of the coatings of titanium carbide
or nitride the calculated thickness of the layers in the multilayer coating of titanium carbide
was 3.4 [micro]m and in the case of titanium nitride it was 2.9 [micro]m.
A tungsten carbide wedge is used for aluminum wire, and a titanium carbide
wedge is used for gold wire.
Alloy Integrity: Test cuts in titanium carbide
(90% titanium/10% carbide) produced slots as wide as 0.250 x 0.300 inch deep, feeding at 1.5 inches per minute without adverse affect to either material.
This competition-style bodywork has been given a black titanium carbide
treatment to avoid any scratching in case of impacts.
The Titanium 10X[R] Series circular saw blade was designed to be durable and long lasting, utilizing a unique and proprietary industrial-grade titanium carbide
formulation to create a blade that is significantly tougher than standard carbide.
and aluminium oxide are very hard materials, providing wear resistance, and chemically inert, providing a chemical and heat barrier between tool and chip (Sandwik Coromat, 1994).
The metal matrix composite consists of a ductile titanium alloy matrix reinforced with titanium carbide
Such ceramics are difficult to mold into body-friendly shapes, since they are made of very hard ceramics such as boron carbide, zirconium carbide, hafnium carbide, titanium carbide
, or zirconium diboride.