Titanium alloy is a material that can play a key role in the aviation and automotive industries as well as in the field of medical technology. Because high-strength titanium alloy can meet 

higher-end application requirements. For example: hinge plates on aircraft. Hengcheng uses wire boring tool technology to process the bearing holes of crankshafts and camshafts of large 

diesel engines. With such a series of boring bar processes, Hengcheng has already accumulated a large number of patented technologies in the automotive field. Now, this technology has also 

gained favor from the processing of structural parts and components in the aerospace field. The processing of hinge plates in these structural parts is very similar to the crankshaft holes in 

internal combustion engines.

Powder metallurgy titanium alloy

We have all heard about the use of titanium alloy materials in aircraft manufacturing and are familiar with the fields in which this material is used, but forging billets made of titanium alloy 

TA15m is very unfamiliar to us. It is a material produced by powder metallurgy. This sintered material is specially processed to give the workpiece the characteristics of forged parts.

As a tool manufacturer, Hengcheng also had to develop a set of groundbreaking tools for titanium alloys for this purpose. In order to achieve high metal removal rates, Hengcheng milling 

cutters have excellent performance advantages. Hengcheng has developed a newly designed topological indexable insert to achieve the best chip breaking and chip evacuation effect. 

And the new cutting material solution can minimize tool wear and the formation of built-up edge. At the same time, even those experienced application technicians are surprised by the high 

degree of quietness achieved by these tools. At the same time, the service life of the tool is also extremely impressive. Its life has obviously exceeded customer expectations, and this service 

life is really amazing. The reason why this tool can achieve such a result is mainly due to the coating protection with the latest technology to avoid the formation of built-up edge, and the 

efficient temperature barrier can reduce the heat in the cutting area and help the cutting edge have a very smooth surface.