Performance of Cryogenically Treated Tungsten Carbide Tools
Performance of cryogenically treated tungsten carbide toolsin milling operationsThe technology of cutting tools and inserts has been rapidlyevolving. From tools and inserts made of ferrous metals inearlier days, today’s industries employ tools made fromvarious materials, such as sintered silicon nitride, ceramicsand cubic boron nitride (CBN). In recent years, instead ofnew tooling materials being introduced, secondary processesto improve tool lives are being explored, such as theheat treatment of tool inserts and the employment
Content
Performance of cryogenically treated tungsten carbide tools
in milling operations
The technology of cutting tools and inserts has been rapidly
evolving. From tools and inserts made of ferrous metals in
earlier days, today’s industries employ tools made from
various materials, such as sintered silicon nitride, ceramics
and cubic boron nitride (CBN). In recent years, instead of
new tooling materials being introduced, secondary processes
to improve tool lives are being explored, such as the
heat treatment of tool inserts and the employment
in milling operations
The technology of cutting tools and inserts has been rapidly
evolving. From tools and inserts made of ferrous metals in
earlier days, today’s industries employ tools made from
various materials, such as sintered silicon nitride, ceramics
and cubic boron nitride (CBN). In recent years, instead of
new tooling materials being introduced, secondary processes
to improve tool lives are being explored, such as the
heat treatment of tool inserts and the employment
