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Solid carbide drill - Which coating for which application?

Users in the machining sector are dealing with extremely diverse and sometimes very special materials when it comes to machining. The difference in materials is for instance in the composition, quality, hardness and abrasiveness. These diverse properties also pose various challenges in machining. All the more reason to select the suitable coating for the appropriate tool. Using a cutting tool with an optimal coating can play a significant role and contribute greatly to a better machining result.

Overview of our range of coatings for solid carbide drilling:

Ti800

  • AlTiN nanolayer coating
  • Maximum application temperature: 1100°C

Ti700

  • TiAlN multilayer coating 
  • Maximum application temperature: 1100°C

TiAlN

  • TiAlN multilayer coating
  • Maximum application temperature: 900°C

TiB

  • TiB monolayer coating 
  • Specifically for aluminium machining 
  • Maximum application temperature: 900°C

TiSi

  • TiSi multilayer coating 
  • Maximum application temperature: 800°C

Ti1050

  • Ti multilayer coating 
  • HV0.005 = 3300 
  • Coefficient of friction (against steel) = 0.3–0.5 
  • Maximum application temperature: 900°C

Ti750

  • TiAlN nanolayer coating 
  • Maximum application temperature: 1000°C

DLC

  • Diamond-like carbon coating 
  • Specifically for machining non-ferrous metals 
  • Maximum application temperature: 400°C

DPX74S

  • Special TiAlN nanolayer coating 
  • Maximum application temperature: 1000°C

DPA54

  • Special multilayer coating 
  • High hardness and heat resistance 
  • Maximum application temperature: 800°C

DPX64S

  • TiAlN monolayer coating 
  • Perfected for hardened materials 
  • Optimised coating and surface structure 
  • Maximum application temperature: 800°C

DPX14S

  • TiAlN nanolayer coating 
  • Coefficient of friction (dry, against steel) = 0.35 
  • Maximum application temperature: 1000°C

DPX64U

  • Special TiAlN monolayer coating 
  • Perfected for hardened materials 
  • Optimised coating and surface structure 
  • Maximum application temperature: 800°C

Monolayer: Thin and smooth single coating 

Multilayer: Multilayer coatings, extremely wear-resistant, suitable for problems with abrasive wear

Nanolayer: Ultra-thin and very smooth coating for very sharp cutting edges, particularly suitable for very soft materials such as aluminium

Discover our range of coated solid carbide drills

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