AERONAUTICAL DRILL BIT #36 X 6'' CROSS POINT 135° COBALT (CO501-6N36) - 5996067
DOR053736
Prix régulier
$12.22
Preorder today
- Cobalt is harder than high-speed steel and offers better wear resistance.
- It is commonly used on high-strength alloys
- The gold oxide finish provides a polished finish and prevents chip formation, galling, and welding on a workpiece.
- It is commonly used on low-carbon metals, stainless steel, and ferrous metals.
- Low-thrust, self-centering design with a 135-degree split point for easier penetration; cobalt-based material with bronze oxide for wear resistance and lubrication.
- conical 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
- The gold oxide finish provides a polished finish and prevents chip formation, galling, and welding on a workpiece.
- It is commonly used on low-carbon metals, stainless steel, and ferrous metals.
- Low-thrust, self-centering design with a 135-degree split point for easier penetration; cobalt-based material with bronze oxide for wear resistance and lubrication.
- conical web configuration
- No coolant channel
DOR053736
Prix régulier
$12.22
Preorder today
- Cobalt is harder than high-speed steel and offers better wear resistance.
- It is commonly used on high-strength alloys
- The gold oxide finish provides a polished finish and prevents chip formation, galling, and welding on a workpiece.
- It is commonly used on low-carbon metals, stainless steel, and ferrous metals.
- Low-thrust, self-centering design with a 135-degree split point for easier penetration; cobalt-based material with bronze oxide for wear resistance and lubrication.
- conical 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
- The gold oxide finish provides a polished finish and prevents chip formation, galling, and welding on a workpiece.
- It is commonly used on low-carbon metals, stainless steel, and ferrous metals.
- Low-thrust, self-centering design with a 135-degree split point for easier penetration; cobalt-based material with bronze oxide for wear resistance and lubrication.
- conical web configuration
- No coolant channel