Titanium alloys（钛合金）are widely used in advanced industries due to their excellent properties. But what makes them special during processing? Let's explore! 🔍

Firstly, titanium alloys have high strength-to-weight ratios. This means they are strong yet lightweight, making them ideal for aerospace and medical applications. However, this also presents a challenge—machining requires precise control to avoid excessive tool wear. ⚙️✈️🩺

Secondly, these alloys are prone to work hardening. As they are cut, their surface becomes harder, increasing the difficulty of further machining. Proper cooling techniques and suitable cutting tools are essential here. 💧锯

Lastly, titanium alloys exhibit low thermal conductivity. Heat generated during machining tends to stay close to the cutting area, which can cause issues like tool degradation or distortion of the workpiece. Efficient chip evacuation is key to overcoming this. 🌡️💨

Despite these challenges, advancements in technology continue to make titanium alloy processing more efficient and cost-effective. Keep exploring! 🚀