3/16" x 8mm 2-hole end mill (C1103/16) - 5984103
DOR0639825
Prix régulier
$30.96
Preorder today
- Powder metal (PM) is stronger and more cost-effective than solid carbide
- It is commonly used on highly abrasive materials, including high-silicon aluminum alloys.
- Uncoated/untreated tools do not have any protective treatments on the cutting edge.
- They are used at reduced speed for general applications on non-ferrous metals.
- Powdered metal, groove tolerance p9
- Applicable materials include steel, cast iron, titanium, copper, aluminum, and magnesium.
- 12 degrees of rake
- 20 life cycle
- Powder metal (PM) is stronger and more cost-effective than solid carbide
- It is commonly used on highly abrasive materials, including high-silicon aluminum alloys.
- Uncoated/untreated tools do not have any protective treatments on the cutting edge.
- They are used at reduced speed for general applications on non-ferrous metals.
- Powdered metal, groove tolerance p9
- Applicable materials include steel, cast iron, titanium, copper, aluminum, and magnesium.
- 12 degrees of rake
- 20 life cycle
DOR0639825
Prix régulier
$30.96
Preorder today
- Powder metal (PM) is stronger and more cost-effective than solid carbide
- It is commonly used on highly abrasive materials, including high-silicon aluminum alloys.
- Uncoated/untreated tools do not have any protective treatments on the cutting edge.
- They are used at reduced speed for general applications on non-ferrous metals.
- Powdered metal, groove tolerance p9
- Applicable materials include steel, cast iron, titanium, copper, aluminum, and magnesium.
- 12 degrees of rake
- 20 life cycle
- Powder metal (PM) is stronger and more cost-effective than solid carbide
- It is commonly used on highly abrasive materials, including high-silicon aluminum alloys.
- Uncoated/untreated tools do not have any protective treatments on the cutting edge.
- They are used at reduced speed for general applications on non-ferrous metals.
- Powdered metal, groove tolerance p9
- Applicable materials include steel, cast iron, titanium, copper, aluminum, and magnesium.
- 12 degrees of rake
- 20 life cycle