Kabryln Coatings

Proprietary High Performance Coatings
for Optimum Performance

What makes Kabrlyn Coatings Unique?

  • Kabrlyn coatings are applied using a sputter process, rather than the traditional arc process
  • The coating process produces hardly any residual stress, assuring the highest adhesion, especially when there are dynamic forces in the machining process
  • An extremely smooth surface provides nearly frictionless chip removal along the flute
  • The coating's fine grained coating architecture provides high toughness with high hardness
  • The coatings have a very high oxidation resistance
  • Machining is possible in both dry and wet operations at highest productivity
  • Re-coating is possible at a very high quality level

Use Kabrlyn Advantage on solid carbide drills and end mills in machining all ferrous materials. Ideal for applications in Titanium Alloys.

Use Kabrlyn Plus on solid carbide drills and end mills in machining all ferrous materials. Ideal for applications in Titanium Alloys.

Use Kabrlyn Advantage on solid carbide drills and end mills in machining 300 & 400 series Stainless Steel. Smoother cutting action is achieved with its thin, exterior layer of Titanium Nitride providing added lubricity for extended tool life.


Kabrlyn Plus Provided 25% Longer Tool Life

Application

  • Workpiece Material - GG35
  • Tool - 5/16 Diameter Solid Carbide End Mill
  • Operation - Profiling
  • Radial Depth of Cut - .004"
  • Axial Depth of Cut - .340"
  • Cutting Parameter - 690 SFM, .003 IPR
  • Performance Criteria - catastrophic wear

Kabrlyn Plus Enabled Double the Feed Rate & 7% more Holes

Application

  • Workpiece Material - 52100
  • Tool - .060 Diameter Solid Carbide Drill
  • Operation - Drilling a Blind Hole
  • Radial Depth of Cut - .004"
  • Axial Depth of Cut - .340"
  • Cutting Parameters
            Kabrlyn Plus - 350 SFM, .006 IPR
            TiAlN - 240 SFM, .003 IPR
  • Performance Criteria - catastrophic wear
  • # of holes with acceptable finish
            Kabrlyn Plus - 1023
            TiAlN - 955