Titanium carbide hard rods - available on demand

Compared with traditional high-speed steel, hard alloy titanium carbide round bars enable a 3 to 5 times increase in cutting speed, significantly reducing processing time in mass production. These materials exhibit a uniform microstructure with grain size controllable below 1 μm, ensuring consistent mechanical performance throughout the bar and minimizing tool failure due to material inhomogeneity. In the mold industry, cold stamping die inserts fabricated from this material demonstrate service lives 50 to 100 times longer than those made of conventional steel, substantially reducing replacement frequency and associated production costs. Owing to their excellent electrical conductivity, titanium carbide round bars are suitable for use as electrodes in electrical discharge machining (EDM), where they exhibit low electrode wear and high machining accuracy in the fabrication of precision molds. The material also exhibits superior fatigue resistance and is resistant to cracking under repeated impact loading, making it ideal for manufacturing components subject to high-frequency vibrations. In the nuclear energy sector, its exceptional radiation resistance renders it suitable for machining tools used in the internal components of nuclear reactors. The round bars are available in customizable lengths ranging from 100 mm to 1000 mm and can undergo secondary processing operations such as precision grinding and wire-cut EDM to produce complex-shaped components. Although the initial cost is higher than that of conventional cemented carbide, the overall cost per unit product is lower when accounting for extended service life and improved processing efficiency. In gear manufacturing, hobs made from this material ensure gear tooth surface accuracy of grade 6 or higher, meeting the stringent requirements of high-performance mechanical transmission systems.

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