Low-carbon and environmentally friendly titanium carbide hard alloy rods
The production process of this titanium carbide round bar is strictly controlled, ranging from the selection of high-purity raw materials (titanium carbide powder with purity ≥99.5%) to the precise regulation of sintering temperature (approximately 1500℃), with each step significantly influencing the final performance. The finished product exhibits excellent dimensional stability. Within a temperature range of -50℃ to 300℃, its coefficient of thermal expansion is only 6×10⁻⁶/℃, which is considerably lower than that of metallic materials, ensuring dimensional accuracy of precision tools across diverse environmental conditions. It is widely employed as wear-resistant inserts in automotive molds, capable of enduring prolonged high-pressure friction with minimal wear, thereby extending mold service life. As a critical material in high-end manufacturing, titanium carbide round bars demonstrate superior corrosion resistance and are resistant to rust or degradation in humid, acidic, or alkaline environments. Additionally, its thermal conductivity is 15% higher than that of conventional tungsten carbide round bars, enabling rapid dissipation of heat generated during cutting and reducing the risk of thermal-induced tool wear. With a bending strength reaching up to 2500MPa, the material combines high hardness with a certain degree of toughness, effectively preventing fracture caused by impact during operation. In the aerospace industry, precision machining tools made from this material are commonly used for manufacturing engine components, meeting the stringent requirements of high-precision machining.
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