New Titanium Alloy Precision Machining Process Put into Production

The company's newly introduced titanium alloy precision machining process has been put into mass production, with machining efficiency increased by 40% and surface quality significantly improved, providing strong support for batch production of aviation titanium alloy structural parts.

Process Upgrade Background

Titanium alloy is widely used in aerospace due to its high strength, low density and high temperature resistance. However, titanium alloy has poor thermal conductivity and high chemical activity, with fast tool wear and easy surface burn during machining, which has always been a difficulty in precision manufacturing. The company's technical team spent six months developing a special machining parameter system for titanium alloy TC4/TA15 materials.

Technical Breakthrough

• Optimized cutting parameters: high-feed low-speed strategy, tool life increased by 50%
• Coolant improvement: high-pressure internal cooling technology, effectively reducing cutting temperature
• Tool selection: optimized tool materials and coating combinations