DRILL BIT #7 REGULAR LENGTH 118° CARBIDE TIP (D444N7) - 6001918
DOR034607
Prix régulier
$50.00
Preorder today
- Carbide tips cut faster than high-speed steel
- It is commonly used on ferrous and non-ferrous materials, including cast iron, steel, and steel alloys.
- Bright provides a smooth, polished finish on the tool
- It increases the flow of chips in softer materials such as aluminum, wood, and plastic.
- Helical flutes are constructed with a higher flute angle to more easily remove chips
- Without coolant through diluted canvas
- conical web configuration
- No coolant channel
- Carbide tips cut faster than high-speed steel
- It is commonly used on ferrous and non-ferrous materials, including cast iron, steel, and steel alloys.
- Bright provides a smooth, polished finish on the tool
- It increases the flow of chips in softer materials such as aluminum, wood, and plastic.
- Helical flutes are constructed with a higher flute angle to more easily remove chips
- Without coolant through diluted canvas
- conical web configuration
- No coolant channel
DOR034607
Prix régulier
$50.00
Preorder today
- Carbide tips cut faster than high-speed steel
- It is commonly used on ferrous and non-ferrous materials, including cast iron, steel, and steel alloys.
- Bright provides a smooth, polished finish on the tool
- It increases the flow of chips in softer materials such as aluminum, wood, and plastic.
- Helical flutes are constructed with a higher flute angle to more easily remove chips
- Without coolant through diluted canvas
- conical web configuration
- No coolant channel
- Carbide tips cut faster than high-speed steel
- It is commonly used on ferrous and non-ferrous materials, including cast iron, steel, and steel alloys.
- Bright provides a smooth, polished finish on the tool
- It increases the flow of chips in softer materials such as aluminum, wood, and plastic.
- Helical flutes are constructed with a higher flute angle to more easily remove chips
- Without coolant through diluted canvas
- conical web configuration
- No coolant channel