Titanium carbide hard rods support small-batch trial use

• 
• 
• 
• 
• 

Titanium carbide (TiC) round rods fabricated from tungsten carbide-based cemented carbides exhibit exceptional anti-adhesion properties. During machining of highly adhesive materials—such as aluminum and copper alloys—the incidence of built-up edge (BUE) formation and tool–workpiece adhesion is significantly reduced, thereby enabling stable cutting conditions and achieving superior surface finish integrity. Surface performance—including wear resistance and high-temperature oxidation resistance—can be further enhanced via advanced physical vapor deposition (PVD) coatings (e.g., TiAlN), extending tool service life by over 50% relative to uncoated counterparts. In the medical device sector, these rods are precision-machined into orthopedic surgical instruments, where they maintain dimensional stability and edge retention under repeated autoclaving cycles (up to 134 °C), ensuring both functional sharpness and long-term sterility compliance. Leveraging advancements in additive manufacturing, TiC-reinforced tungsten carbide powders—derived from comminuted rod stock—are now employed in laser powder bed fusion (LPBF) processes to fabricate near-net-shape components; sintered-equivalent density (>99.5% of theoretical density) and mechanical performance comparable to conventionally sintered parts have been consistently achieved. In photovoltaic manufacturing, TiC-based cutting tools are utilized for silicon wafer slicing, enabling tight control of kerf loss and thickness tolerance within ±1 μm—thereby minimizing material waste and enhancing solar cell conversion efficiency. Owing to this broad spectrum of high-performance attributes across diverse industrial domains, titanium carbide–enhanced cemented carbide constitutes a critical enabling material for advanced manufacturing applications.

Other supplier products

	Titanium carbide round rods with improved processing accuracy to the micrometer level	The anti-adhesion performance of titanium carbide round rods made from cemented carbide is exceptional. These rods are particularly effective in ma...
	Titanium carbide guide wheel - hard alloy transmission	Hard alloy titanium carbide guide wheels have excellent impact resistance. When the wire is suddenly tensioned or broken, they are not prone to cra...
	Coating raw material for wear resistance and corrosion resistance	The preparation methods of this powder mainly include the electric arc furnace method and the carbon thermal reduction method. Among them, the powd...
	High-hardness titanium carbide alloy drum for industrial use	This carbonized titanium (TiC) guide wheel is formed by high-temperature sintering of 99.5% pure carbonized titanium powder. Its hardness reaches a...
	Multi-specification titanium carbide guide wheel guide roller	Titanium carbide guide wheel is made of high hardness titanium carbide material, with excellent wear resistance, high temperature resistance and ch...

Same products

	3D printing spherical titanium carbide powder	Seller: Zhuzhou Hastion High-Tech Materials Co.,Ltd.	This batch of titanium carbide powder (TiC) has a purity of over 99.5%, with a particle size cont...
	Titanium carbide hard alloy drive wheel - Specialized	Seller: Zhuzhou Hastion High-Tech Materials Co.,Ltd.	The titanium carbide (TiC) guide wheel is fabricated via high-temperature powder metallurgy sinte...
	Industrial guide wheels, titanium carbide wear-resistant alloy	Seller: Zhuzhou Hastion High-Tech Materials Co.,Ltd.	This carbonized titanium (TiC) guide wheel is formed by high-temperature sintering of 99.5% pure ...
	Unfinished bar stock - heat treatable	Seller: Zhuzhou Hastion High-Tech Materials Co.,Ltd.	This high-purity titanium carbonitride (TiCN) round bar is fabricated via hot-pressing and sinter...
	Steel-based titanium carbide hard alloy round bar	Seller: Zhuzhou Hastion High-Tech Materials Co.,Ltd.	This carbonitride round bar (TiC) is formed by hot-pressing and sintering 99.5% high-purity carbo...