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Morse 3/4-10NC High Performance Thread Forming Bottoming Tap Tin Coating USA

$ 20.05

Availability: 69 in stock
  • Country/Region of Manufacture: United States
  • Tap Thread Size: 3/4-10
  • MPN: 94805
  • Condition: New
  • Brand: Morse

    Description

    MORSE CUTTING TOOLS
    USA MADE
    HIGH PERFORMANCE THREAD FORMING TAP
    Tool Type
    High Performance Tap
    Coating
    TiN
    Thread Diameter Size (TDZ)
    3/4″
    Threads per Inch (TPI)
    10
    Overall Length (OAL)
    ‎4-59/64″
    Chamfer
    Bottom
    Thread Cutting Part Length (THL)
    1.181″
    Measurement Type
    Fractional
    Usable Length (LU)
    1.181″
    Series/List #
    2106G
    Flute Count (NOF)
    0
    Thread Size
    ‎3/4″ - 10
    Thread Tolerance Class (TCTR)
    H10
    Product Features
    Remarks

    HPT†- High Performance Tap - Thread Froming - DIN Length

    Recommended for a wide variety of ductile materials up to 28Rc hardness.

    Thread Forming
    taps cold form rather than cut the threads. Advantages include no chips to dispose of, stronger high qaulity threads, increased tapping speeds, longer tap life and reduced tap breakage.•
    DIN Length -
    longer than standard USCTI length - provides extra reach in tapping applications.•
    ANSI Shank
    - made to standard Anmerican dimensions - fits standard tap holders.•
    Lube Grooves
    provide a path for lubrication and act as vents to relieve pressure in blind hole tapping.•
    Plug†Style
    (4 threads tapered) for through holes and blind holes with adequate depth. The longe taper lead is easier starting, requires less torque, produces less burr above teh mouth of the tapped hole and increase tool life.•
    Bottoming Style
    (2 threads tapered) for blind holes.•
    CNC Reduced Neck Design
    enhances chip evacuation and cutting fluid flow to the cutting teeth for reduced friction, heat and galling. Also reduces contact between the tap the work piece.•
    P/M Powder Metallurgy High Speed Steel
    Premium Steel Engineered For:
    † Hardness / Wear Resistance / Tool / Heat Resistance / Toughness and Strength / Performance under Difficult Cutting Conditions / Higher Cutting Speeds / Increased Productivity