Coated Grades for Stainless Steel and Exotic Alloy Milling ACS2500/ACS3000
■ ACS2500/ACS3000 Features
ACS2500 ACS3000
The carbide substrate with excellent welding resistance and coating with excellent chipping resistance provide outstanding performance, ideal for machining titanium alloys. First recommended grade for machining titanium alloys
First recommended grade for machining heat-resistant alloys and stainless steel
Highly tough carbide substrate and coating with excellent chipping resistance achieves exceptionally stable machining.
■ Application Range
Stainless Steel
Heat-Resistant Alloy
M
S
For high ef ciency ： ACS2500 First recommendation ： ACS3000
For high ef ciency ： ACS2500 First recommendation ： ACS3000
ACS2500
ACS2500
ACM300
ACS3000
ACS3000
ACM200
Continuous
Interrupted Heavy Interrupted
Continuous
Interrupted Heavy Interrupted
Titanium Alloy
S
For Fracture Resistance ： ACS3000 First recommendation ： ACS2500
ACS2500
ACS3000
Continuous
Interrupted Heavy Interrupted
■ Grade Characteristics
Hardness (HRA)
Transverse Rupture Strength (GPa)
Coating Thickness (µm)
Previous Grade
Material Grade
Coating
Features
First recommendation for titanium alloy applications Carbide base material with excellent wear resistance, welding resistance and excellent chipping resistance Compatible with a wide range of machining applications for difficult-to-cut materials Using a highly tough carbide base material and a coating with excellent chipping resistance Achieves outstanding stability
ACS2500 90.8
4.2 Absotech 3
ACM200
S Exotic Alloy
ACS3000 89.8
3.4 Absotech 3
ACM300
2
Made with FlippingBook flipbook maker