The pressure processing of titanium alloys has more similarities with steel processing than with the processing of non-ferrous metals and alloys. Many process parameters of grade 5 titanium round rod in forging, volume stamping and plate stamping are close to those of steel processing. But there are also some important features that must be paid attention to when press working titanium and titanium alloys.
Due to titanium's heat resistance, cooling is critical during titanium alloy machining. The purpose of cooling is to keep the cutting edge and tool surface from overheating. Use end coolant for excellent chip evacuation when shoulder milling as well as face milling pockets, pockets or full slots. When cutting Seamless Titanium Tube Grade 2, chips can easily stick to the cutting edge, causing the next round of milling cutter rotation to cut chips again, often causing edge line chipping. Each insert cavity has its own coolant hole/injection to solve this problem and enhance constant edge performance. Another clever solution is threaded cooling holes. Long edge milling cutters have many inserts. Applying coolant to each hole requires high pump capacity and pressure. But it is different, it can block the unnecessary holes according to the needs, so as to maximize the liquid flow to the required holes.
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