Coating

 

AITiN: Aluminum Titanium Nitride

Ideal Cutting Material: Hardened Steel, Alloy Steel, Low Carbon Steel, Carbon Steel, Martinsitic Stainless Steel, PH Stainless Steel, Titanium

Primary Features: Longer tool life, especially in high speed applications
 

TiN: Titanium Nitride

Ideal Cutting Material: Iron, Steel, Alloy Steel, Low Carbon Steel

Primary Features: Reduction in overall tool wear
 

TiCN: Titanium Carbon Nitride

Ideal Cutting Material: Aluminum, Steel

Primary Features: Optimum coating for tools with sharp edges and corners
 

nACo: Aluminum Titanium Nitride with Silicon Nitride

Ideal Cutting Material: Steels, Hardened Steels, Stainless Steels, Super Alloys

Primary Features: Stands up well to hard materials and high heat, may help to extend tool life
 

nACRo: Aluminum Chrome Nitride Nanocomposite with Silicon Nitride

Ideal Cutting Material: Non-ferrous, Standard Steel, Super Alloys

Primary Features: Heat and scratch resistant, very good at extending tool life
 

Notes for Coating

  • In-house coating generally adds 1-3 days to overall production schedule
  • Other coatings are available upon request, with an average 1 week turnaround
  • For overall lengths greater than 3″, add 25% per inch
  • No double end tools or brazed tools with MITGI coating
  • Coating services available for tools manufactured outside of MITGI

Contact Us for pricing►

 

With the introduction of in-house coating, MITGI is able to deliver coating that has the same great quality and repeatability that you’ve come to expect from MITGI tools.

MITGI In-house Coating