Contact 800-639-2901

Guhring 9065110055600 GUHRING 9065110055600
  1. pin-int

GUHRING 9065110055600

Guhring 9065110055600 RT100T/6511 Deep Hole High Performance High Penetration Extra Length Drill, 7/32 in Drill - Fraction, 0.2188 in Drill - Decimal Inch, 180 mm OAL, Carbide

  • Manufacturer: Guhring
  • Brand Name: Guhring
  • Part Number: GUHRING 9065110055600
  • MPN: 9065110055600
  • Min. Order Qty: 1
  • Qty. Interval: 1
  • loading Available at Reynolds & Son, Inc - So Barre

Guhring Extra Length Drill, Deep Hole High Performance High Penetration, Series: RT100T/6511, 7/32 in Drill Size - Fraction, 0.2188 in Drill Size - Decimal Inch, 180 mm Overall Length, 20XD Cutting Depth, 2 Flutes, Spiral Flute, 140 mm Flute Length, 6 mm Shank, Standard/Straight Shank, 135 deg Point, Standard Point, Right Hand Cutting, Carbide Cutting Edge, Carbide, TiAlN, Applicable Materials: Alloyed Steels, Free Cutting Steels, Tool Steels, Stainless Steels, Cast Iron, Brass, Copper, Special Alloys and Hardened Steels, DIN 6535 HA Specifications Met, Yes Through Coolant (Yes/No)

Applicable Materials      :      Alloyed Steels, Free Cutting Steels, Tool Steels, Stainless Steels, Cast Iron, Brass, Copper, Special Alloys and Hardened Steels
Cutting Depth      :      20XD
Cutting Direction      :      Right Hand
Cutting Edge Material      :      Carbide
Drill Size - Decimal Inch      :      0.2188 in
Drill Size - Fraction      :      7/32 in
Finish      :      TiAlN
Flute Length      :      140 mm
Flute Type      :      Spiral
Material      :      Carbide
Number of Flutes      :      2
Overall Length      :      180 mm
Point Angle      :      135 deg
Point Type      :      Standard
Series      :      RT100T/6511
Shank Size      :      6 mm
Shank Type      :      Standard/Straight
Specifications Met      :      DIN 6535 HA
Through Coolant (Yes/No)      :      Yes
Type      :      Deep Hole High Performance High Penetration
  • Special geometry
  • Optimized flute design
  • Maximum diameter of coolant ducts
  • Highest cutting rates
  • Short chips
  • Observe optimal coolant pressure