-40%
M3 X 0.5 D3 HIGH SPEED STEEL TIN COATED 2 FLUTE SPIRAL POINT PLUG TAP

M3 X 0.5 D3 HIGH SPEED STEEL TIN COATED 2 FLUTE SPIRAL POINT PLUG TAP

$ 7.65

Availability: 12 in stock
  • Flutes: 2 Flute
  • Item must be returned within: 30 Days
  • All returns accepted: Returns Accepted
  • Refund will be given as: Money back or replacement (buyer's choice)
  • COATING: TiN
  • Country of Manufacture: United States
  • Coated: TiN
  • Manufacturer: Morse
  • MPN: 95240
  • Country/Region of Manufacture: United States
  • Condition: New
  • Return shipping will be paid by: Seller
  • Brand: Morse
  • Quantity: 1

    Description

    M3 X 0.5 D3 HIGH SPEED STEEL TIN COATED 2 FLUTE SPIRAL POINT PLUG TAP
    95240
    MADE IN USA
    Technical Specifications
    Type
    Production
    Class
    Metric
    Brand Name
    ShearTap™
    Flute Type
    Spiral Point
    Finish
    TiN
    Pitch Diameter Limit
    D3
    Chamfer
    Plug
    Pitch
    0.5
    Harmonized Tariff Code
    8207.40
    List No.
    2090G
    Diameter
    M3
    Material
    High Speed Steel
    Overall Length
    1.9400
    Origin
    Made In U.S.A.
    Number of Flutes
    2
    Coating
    Titanium Nitride
    Thread Length
    0.3100
    Neck Length
    .313
    UPC Code
    686125952402
    ShearTap™ -
    for Stainless Steel & Carbon Steel up to 35Rc hardness.
    CNC Style
    enchances chip evacuation and cutting fluid flow to the cutting teeth for reduced friction, heat and galling. Also reduces contact between the tap and the workpiece.
    Spiral Point Taps
    are designed for efficient tapping of through holes and blind holes with adequate depth for chip accumulation at the bottom of the hole. The shearing action of the point provides freer cutting action and ejects the chips ahead of the tap, eliminating chip evacuation problems and chip damage to the threads. Shallower flutes also result in greater tap strength, allowing for higher cutting speeds.
    TiN - Titanium Nitride
    increases wear resistance, reduces friction and galling, reduces tapping torque, improves thread quality, and allows increased cutting speeds. Productivity and tool life are improved.