DRILL BIT 13/32 LONG PARABOLIC HELIX 130° COBALT ALCRN (A94113/32) - 5972993
DOR0636039
Prix régulier
$277.79
Preorder today
- Cobalt is harder than high-speed steel and offers better wear resistance.
- It is commonly used on high-strength alloys
- Aluminum chromium nitride (alcrn) has a higher heat resistance than altin
- It is commonly used for machining aircraft and aerospace materials, nickel alloys, stainless steel, titanium, cast iron, and carbon steel. The flutes are constructed at a higher flute angle to eliminate chips more easily.
- Canvas - thinning
- Parallel web configuration
- No coolant channel
- Cobalt is harder than high-speed steel and offers better wear resistance.
- It is commonly used on high-strength alloys
- Aluminum chromium nitride (alcrn) has a higher heat resistance than altin
- It is commonly used for machining aircraft and aerospace materials, nickel alloys, stainless steel, titanium, cast iron, and carbon steel. The flutes are constructed at a higher flute angle to eliminate chips more easily.
- Canvas - thinning
- Parallel web configuration
- No coolant channel
DOR0636039
Prix régulier
$277.79
Preorder today
- Cobalt is harder than high-speed steel and offers better wear resistance.
- It is commonly used on high-strength alloys
- Aluminum chromium nitride (alcrn) has a higher heat resistance than altin
- It is commonly used for machining aircraft and aerospace materials, nickel alloys, stainless steel, titanium, cast iron, and carbon steel. The flutes are constructed at a higher flute angle to eliminate chips more easily.
- Canvas - thinning
- Parallel web configuration
- No coolant channel
- Cobalt is harder than high-speed steel and offers better wear resistance.
- It is commonly used on high-strength alloys
- Aluminum chromium nitride (alcrn) has a higher heat resistance than altin
- It is commonly used for machining aircraft and aerospace materials, nickel alloys, stainless steel, titanium, cast iron, and carbon steel. The flutes are constructed at a higher flute angle to eliminate chips more easily.
- Canvas - thinning
- Parallel web configuration
- No coolant channel