Titanium carbide rods - mining machinery parts

Titanium carbide (TiC)-based cemented carbide round rods are a critical advanced material in high-end manufacturing. Owing to their exceptional corrosion resistance, these rods exhibit outstanding stability in humid, acidic, and alkaline service environments—resisting rust formation and functional degradation. Their thermal conductivity is approximately 15% higher than that of conventional tungsten carbide (WC)-based rods, enabling efficient dissipation of cutting-induced heat and thereby mitigating thermally driven tool wear. With a bending strength of up to 2500 MPa, the material combines high hardness with requisite fracture toughness, significantly reducing susceptibility to impact-induced fracture during operation. In aerospace applications, TiC-based rods serve as feedstock for precision cutting tools employed in the machining of turbine blades, combustion chambers, and other mission-critical engine components—consistently meeting stringent dimensional accuracy and surface integrity requirements. Furthermore, advances in additive manufacturing have enabled the production of spherical, flowable TiC-based powders suitable for laser powder bed fusion (LPBF) and binder jetting processes; sintered parts fabricated via these routes achieve >99.5% of theoretical density and mechanical performance comparable to conventionally sintered counterparts. In photovoltaic manufacturing, TiC-reinforced cutting tools enable ultra-precise dicing of silicon wafers, maintaining thickness tolerance within ±1 μm and contributing directly to enhanced solar cell conversion efficiency. Collectively, these attributes underscore the material’s strategic importance and broad applicability across multiple high-value industrial sectors.

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	Titanium carbide powder with a sintered density of 99.8%	Titanium carbide powder can be mixed with other carbide powders (such as tungsten carbide and vanadium carbide) to form multi-component composite p...
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