Sale!

Harvey Tool Micro Drill Bit 10Pk : #87, 140 ° Point, Solid Carbide Dhe0100-C3

Original price was: $200.00.Current price is: $92.56.

HARVEY TOOL Micro Drill Bit 10pk : #87, 140 ° Point, Solid Carbide DHE0100-C3
MSRP: $200

  • Drill Bit Size (Wire) #87
  • Drill Bit Size (Decimal Inch) 0.0100
  • Tool Material Solid Carbide
  • Flute Length (Decimal Inch) 0.0470
  • Flute Length (mm) 1.20
  • Coating/Finish AlTiN
  • Drill Point Angle 140 °
  • Cutting Direction Right Hand
  • Series Miniature High Performance Drills – Prehardened Steels
  • Overall Length (mm) 50.00 mm
  • Flute Type Spiral
  • Drill Bit Diameter Tolerance h6
  • Primary Workpiece Material Pre-Hardened Mold Steel
  • Secondary Workpiece Material Pre-Hardened Mold Steel
  • Shank Diameter (mm) 3.00 mm
  • UNSPSC Code 23241600




 

Please review photos, comes as shown.


Fast shipping, straight from our warehouse in sunny Florida!

Industry Recycles

155 Center Ct, Venice, FL 34285

feb 16 24
HS4403
legend3

BRAND: Unbranded
MPN: DHE0100-C3

1 in stock

SKU: Feb1624HS4403Legend3 Category:

Description

HARVEY TOOL Micro Drill Bit 10pk : #87, 140 ° Point, Solid Carbide DHE0100-C3
MSRP: $200

  • Drill Bit Size (Wire) #87
  • Drill Bit Size (Decimal Inch) 0.0100
  • Tool Material Solid Carbide
  • Flute Length (Decimal Inch) 0.0470
  • Flute Length (mm) 1.20
  • Coating/Finish AlTiN
  • Drill Point Angle 140 °
  • Cutting Direction Right Hand
  • Series Miniature High Performance Drills – Prehardened Steels
  • Overall Length (mm) 50.00 mm
  • Flute Type Spiral
  • Drill Bit Diameter Tolerance h6
  • Primary Workpiece Material Pre-Hardened Mold Steel
  • Secondary Workpiece Material Pre-Hardened Mold Steel
  • Shank Diameter (mm) 3.00 mm
  • UNSPSC Code 23241600




 

Please review photos, comes as shown.


Fast shipping, straight from our warehouse in sunny Florida!

Industry Recycles

155 Center Ct, Venice, FL 34285

feb 16 24
HS4403
legend3

BRAND: Unbranded
MPN: DHE0100-C3

Additional information

Weight 1 lbs
Condition

New – Open box

Condition Description