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Titanium AerosPAce Phenolic Machining Manufacturing PArts Low Weight Anodization Surface Factory

We have rich experience to make all kinds of titanium parts. ●titanium aerospace phenolic manufacturing parts ●titanium aerospace machining ●titanium manufacturing ●phenolic machining ●titanium parts as your know, Titanium and its alloys have gained widespread applications in aerospace,...

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Titanium Aerospace Phenolic Machining Manufacturing  Parts Low Weight Anodization Surface Factory

We have rich experience to make all kinds of titanium parts.

?titanium aerospace phenolic manufacturing parts

?titanium aerospace machining

?titanium manufacturing

?phenolic machining

?titanium parts

as your know, Titanium and its alloys have gained widespread applications in aerospace, biomedical industries due to their following favourable properties: They are light weight, possess high strength, have excellent fatigue performance and offer high resistance to an aggressive environment.

It is unfortunate that the above favourable properties in practical applications, prove to be a curse during machining:

Titanium alloys due to their high strength, low thermal conductivity and chemical reactivity with tool materials (at elevated temperatures), pose a hazard to the tool and significantly reduce the tool life.
In addition, a relatively low Young’s modulus of titanium alloys leads to spring-back and chatter leading to poor surface quality of the finished product.
Finally, during turning and drilling, long continuous chips are produced; causing their entanglement with the cutting tool and making automated machining near impossible.
There are solutions however:
Application of high-pressure coolant during cutting and drilling operations. This is quite expensive owing to coolant costs.
"Ultrasonic assisted machining" in which the tool is imparted an ultrasonic vibration with very low amplitude. Instead of continuous contact of tool with work, this method offers an intermittent contact reducing the heat affected zones at chip-tool interface, work-flank interface etc. thus increasing the tool life.


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