High-density titanium carbide rods have reliable performance
Hard alloy titanium carbide round rods can be customized into products with different properties by adjusting the titanium carbide content (usually 70%-90%) and the proportion of binder. When the titanium carbide content is relatively high, it has stronger wear resistance and is suitable for rough processing scenarios. An increase in the proportion of the binder enhances the toughness and makes it more suitable for fine processing. Its density is only 6.5g/cm³, which is 20% lighter than tungsten carbide rods of the same size, making it suitable for making lightweight tools. In the 3C electronics industry, it is often used to process precision parts such as mobile frames and laptop shells, ensuring that the product surface is free of scratches and has small dimensional errors. The oxidation resistance temperature of titanium carbide round rods made of hard alloy can reach up to 800℃. They are less prone to oxidation wear in high-temperature cutting environments and are suitable for processing difficult materials such as high-temperature alloys. After its surface undergoes mirror finish treatment, the coefficient of friction is as low as 0.1, which can reduce the frictional resistance with the workpiece and lower the processing energy consumption. In textile machinery, it is often used to make wear-resistant guide rods to ensure that the yarn is not scratched during high-speed operation and to improve the quality of textiles.
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