Carbide Insert Tap - Threading
Carbide Insert Tap - Threading

Carbide Insert Tap - Threading

MOQ : 1 Set

Carbide Insert Tap - Threading Specification

  • Operate Method
  • Manual or CNC
  • Length
  • 80 - 120 mm
  • Coating Type
  • PVD Coated
  • Cutting Capacity
  • Up to 38 HRC
  • Cutting Force
  • Low
  • Cutting Speed
  • High
  • Drill Bits Types
  • Straight Flute
  • Cutting Accuracy
  • High Precision
  • Machine Type
  • CNC Lathe, Tapping Machine
  • Hardness
  • 92 HRA
  • Features
  • Wear Resistant, Long Service Life, High Surface Finish
  • Cutter Type
  • Threading Cutter
  • Coating
  • TiN (Titanium Nitride)
  • Material
  • Tungsten Carbide
  • Tool Type
  • Insert Tap
  • Shape
  • Round
  • Operation Type
  • Internal Thread Cutting
  • Diameter
  • M6 - M24
  • Maximum Torque
  • Up to 35 Nm
  • Processing Type
  • Threading
 
 

About Carbide Insert Tap - Threading

  • Economical way to utilize the benefits of carbide with solid carbide cutting face inserts meticulously brazed to a H.S.S. tap body.
  • High speed steel body absorbs excessive shock and offers the rigidity necessary to minimize carbide breakage or chipping.
  • Ideal for high production runs, offering the capability to achieve higher speeds and feeds, with fewer tool changes.
  • High performance tapping allows greater efficiencies in part throughput.
  • Can also be used in conjunction with surface treatments for enhanced performance.
  • Taps are available with us in a wide range of sizes (inch and metric) in both straight and taper pipe threads.
  • These taps are an economical alternative to solid carbide taps, especially in larger diameter tools.
  • Solid carbide cutting face inserts are brazed to a H.S.S. tap body, then threaded to exacting specifications.
  • Carbide cutting teeth allow higher performance and production.
  • ACME-C Acme Thread-Centralizing
    ACME-G Acme Thread-General Purpose
    AMO American Standard Microscope Objective Thread
    ANPT Aeronautical National Form Taper Pipe Thread 
    (Ground thread tap marked NPT)
    BA British Association Standard Thread
    BSF British Standard Fine Thread Series
    BSPP British Standard Pipe (Parallel) Thread
    BSPT British Standard Taper Pipe Thread
    BSW British Standard Whitworth Coarse Thread Series
    M Metric ScrewThread Series
    N American National 8, 12 and 16 Thread Series (8N, 12N, 16N)
    N BUTT American Buttress Screw Thread
    NC American National Coarse Thread Series
    NEF American National Extra Fine Thread Series
    NF American National Fine Thread Series
    NGO National Gas Outlet Thread
    NGT National Gas Taper Thread (see "SGT")
    NH American National Hose Coupling and Fire Hose Coupling Threads
    NPS For tap marking only (See NPSC, NPSM)
    NPSC American National Standard Straight Pipe Thread in Pipe Couplings (Tap marked NPS)
    NPSF Dryseal American National Standard Fuel Internal Straight Pipe Thread
    NPSH American National Standard Straight Pipe Thread for Hose Couplings
    NPSI Dryseal American National Standard Intermediate Internal Straight Pipe Thread
    NPSL American National Standard Straight Pipe Thread for Loose Fitting Mechanical Joints with Locknuts
    NPSM American National Standard Straight Pipe Threads for Free-Fitting Mechanical Joints for Fixtures (Tap marked NPS)
    NPT American National Standard Taper Pipe Thread (See ANPT, NPTR)
    NPTF Dryseal American National Standard Taper Pipe Thread
    NPTR American National Standard Taper Pipe Thread for Railing Joints (Tap marked NPT)
    NS American National Thread-Special
    PTF Dryseal SAE Short Taper Pipe Thread
    SGT Special Gas Taper Thread
    SPL-PTF Dryseal Special Taper Pipe Thread
    STI Special Thread for Helical Coil Wire Screw Thread Inserts
    Stub Acme Stub Acme Thread
    *UN Unified Constant Pitch Thread Series
    *UNC Unified Coarse Thread Series
    *UNEF Unified Extra Fine Thread Series
    *UNF Unified Fine Thread Series
    UNJ Unified Thread Series with a 0.15011P to 0.18042P Controlled Root Radius on External Thread only.
    UNJC Unified Coarse Thread Series with a 0.15011P to 0.18042P Controlled Root Radius on External Thread only.
    UNJF Unified Fine Thread Series with a 0.15011P to 0.18042P Controlled Root Radius on External Thread only.
    UNM Unified Miniature Thread Series
    UNR Unified Constant Pitch Thread Series with a 0.108P to 0.144P Controlled Root Radius; Ext. thread only.






Versatile Threading Solution

Designed for diverse applications, the Carbide Insert Tap is suitable for threading steel, cast iron, aluminum, and non-ferrous materials. It serves both manual and machine-based operations, making it ideal for workshops utilizing CNC lathes or tapping machines.


Superior Coating and Hardness

With a PVD-applied Titanium Nitride (TiN) coating, the tap offers impressive wear resistance and durability. This results in a blade hardness of 92 HRA, allowing it to maintain high precision and a finely finished surface across various job requirements.


Custom Packaging and OEM Capabilities

Distributors and suppliers benefit from flexible packaging choices, including plastic boxes or custom packaging tailored to specific needs. OEM services further expand operational possibilities, enabling branding and specification adjustments as required.

FAQs of Carbide Insert Tap - Threading:


Q: How should I select the correct Carbide Insert Tap type for my application?

A: Choose the tap based on the required thread form, such as Metric, UNC, or UNF. Also consider material compatibilitythis tap performs excellently with steel, cast iron, aluminum, and non-ferrous metals. Select size and threading type according to your components specifications.

Q: What is the recommended process for using this insert tap on CNC lathes and tapping machines?

A: Mount the tap in your CNC lathe or tapping machine tool holder, using either oil- or water-based coolant for optimal lubrication. Program the machine per the taps diameter and thread pitch. For manual use, align the tool accurately and feed it steadily to ensure precise internal threading.

Q: When should coolant be applied, and which types are compatible?

A: Coolant should be used during all threading operations to reduce heat and enhance tool life. This insert tap is compatible with both oil-based and water-based coolants, ensuring flexibility according to shop practices and workpiece materials.

Q: Where can distributors or wholesalers access OEM/custom packaging or branding services?

A: OEM service is available for bulk orders, allowing customization of packaging (plastic boxes or as specified) and branding. Please contact us directly to discuss your specific requirements and to receive tailored support.

Q: What benefits does the TiN coating and high hardness provide?

A: The TiN (Titanium Nitride) coating enhances wear resistance and helps the tool maintain sharpness during extended use, especially at high speeds. Combined with its 92 HRA hardness, the tap offers long service life, high surface finish, and reliable high-precision performance.

Q: Which drill bit and shank types does this insert tap utilize?

A: This tap features a straight shank design and uses straight flute drill bits, ensuring straightforward alignment and chip removal during threading operations.

Q: What is the maximum cutting capacity and torque for this threading insert tap?

A: The tap is designed for materials up to 38 HRC in hardness and can handle a maximum torque of up to 35 Nm, making it suitable for demanding threading tasks in a variety of industrial settings.

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