TA1 TA2 TC4 Forging Titanium Block For Military 325 mesh

Titanium Block Titanium Forging TA1 Titanium Block TA2 Titanium Block TC4 Titanium Block

Heat

Titanium cube is a new important structural material used in the aerospace industry, but the control of cutting heat such as aerospace titanium rods, the maximization of the spindle connection strength and the dynamic stiffness of the tool system are the keys to improving the cutting performance level of Xigong titanium alloys. factors and important safeguards.

The properties of titanium alloy sheet* make it difficult to machine. During cutting, the high temperature strength of titanium alloy will increase the cutting force, and severe work hardening and large strain rate will also increase the energy required to remove the material, resulting in a further increase in cutting temperature. At high temperature, the titanium alloy plate can chemically react with almost all tool materials, causing chemical wear of the tool. In addition, the low thermal conductivity of titanium alloys is one of the biggest barriers to improving production efficiency in today's titanium alloys and titanium squares. When cutting other titanium square products, heat will be introduced into the chips, so tool suppliers generally recommend down milling.

Description:

Competitive Advantage:

Due to the low thermal conductivity of the titanium alloy plate, heat is transferred into the insert. The strength of cemented carbide will decrease as the temperature increases. Compared with ordinary steel, the cutting speed of titanium alloy plate is lower and the tool life is shorter. In order to optimize the cutting performance of titanium squares and aerospace titanium rods, it is necessary to cool the machining tools. Moderate coolant flow will extend tool life and cutting speed to some extent. If there is no cooling, the blade will heat up sharply, thereby shortening the tool life, and the surface roughness of the Baoji titanium alloy workpiece will be affected due to the bonding of the titanium square workpiece material to the cutting edge to form a built-up edge.

Applications:

medical, aerospace, electronics, military, etc.