MITSUBISHI MATERIALS CORPORATION
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COATED CARBIDE (CVD)

  • Special tough fibrous structure improves wear and fracture resistance.
  • It covers a wide application range and thus reduces the number of tools required.
 UE6010
  • Improved Wear Resistance With the thickened outer layer of flat-alumina(Al2O3, fine grained aluminium oxide with a smooth surface) achieving increased adhesion strength to the carbide substrate, UE6010 displays highly improved wear resistance.
  • Improved Fracture Resistance Due to the tougher surface layer of the substrate, UE6010 is highly fracture resistant, preventing abnormal tool breakage such as chipping and fracturing.
  • Preventing Occurrence of Welding The surface of the coating layers is lamination of special titanium compound that is vapor deposited by Even Coating technology. This smooth surface prevents the occurrence of welding, which is the cause of chipping at the top cutting edge.

GRADE CHARACTERISTICS
Grade Substrate Coating Layer
Hardness
(HRA)		 T.R.S(GPa) Surface Composition Thickness
UC5005 91.8 2.2 - TiCN-Al2O3-TiN

Thick
UC5015 91.0 2.2 - Accumulated TiCN-Al2O3-Ti compound Thick
UE6005 91.0 1.8 Tough TiCN-Al2O3-TiN Thick
UE6010 90.5 2.0 Tough Accumulated TiCN-Al2O3-Ti compound Thick
UC6010 90.5 20. Tough TiCN-Al2O3-TiN Thick
UE6020 90.0 2.2 Tough Accumulated TiCN-Al2O3-Ti compound Thick
UE6035 89.5 2.3 Tough TiCN-Al2O3-TiN Thick
US7020 90.5 2.0 Tough TiCN-Al2O3-TiN Thin
US735 89.0 2.6 - Ti Compound Thin
*1GPa=102kg/mm2

SELECTION STANDARD
SELECTION STANDARD TURNING
STRUCTURE AND CUTTING PERFORMANCE
Workpiece Structure Cutting Performance Cutting Speed : vc D.O.C : apFeed : f
P Steel Structure P
K Cast Iron
Ductile CastI ron		 Structure K
M Stainless
Steel		 Structure M