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IR THREADING carbide insert
IR THREADING carbide insert

IR THREADING carbide insert

Price 180.0 INR/ Piece

MOQ : 10 Pieces

IR THREADING carbide insert Specification

  • Finish
  • Polished and coated
  • Diameter
  • Insert-specific, commonly 6-16 mm (dependent on threading application)
  • Head Type
  • Not applicable (insert type tool)
  • Torque
  • Not applicable (tool, not fastener)
  • Thread Type
  • ISO metric, imperial, ACME, Whitworth (application dependent)
  • Thickness
  • 2.5 mm - 5 mm (model dependent)
  • Corrosion Resistant
  • Yes, due to coating
  • Shape
  • Rhomboid/triangular profile
  • Grade
  • CVD/ PVD coated carbide (e.g., K10, K20, or as per customers requirement)
  • Capacity
  • Suitable for threading operations on turning centers and CNC lathes
  • Load Capacity
  • Not applicable (tool, not fastener)
  • Feature
  • High wear resistance, precision ground cutting edge, chip breaker available
  • Standard
  • ISO/ANSI/ DIN compatible
  • Tensile Strength
  • Not applicable (inserts are cutting tools, not structural components)
  • Hardness
  • HRA 89-93
  • Surface Treatment
  • TiN/TiAlN/Al2O3 coated
  • Material
  • Micro-grain carbide
  • Tolerance
  • 0.05 mm
  • Application
  • External/internal threading on various ferrous and non-ferrous materials
  • Reusability
  • Indexable, multiple cutting edges per insert
  • ISO Insert Size Series
  • 11IR, 16IR, etc.
  • Insert Code
  • IR (Internal Right-hand threading)
  • Compatible Toolholders
  • MIR, SIR, DCLNR, etc.
  • Minimum Thread Pitch
  • 0.5 mm or 16 TPI (model specific)
  • Packaging
  • Box of 10 inserts
  • Cutting Edge
  • Precision ground
  • Coating Color
  • Gold, black, or purple (as per grade)
  • Maximum Cutting Speed
  • Up to 180 m/min (material and grade dependent)
  • Chip Breaker Type
  • Available as per application
  • Cutting Direction
  • Right-hand
  • Recommended Workpiece Materials
  • Steel, stainless steel, cast iron, non-ferrous metals
 
 

About IR THREADING carbide insert

Carbide inserts are small, replaceable, high-hardness cutting tools made of tungsten carbide and cobalt, primarily used in lathes, mills, and drills for machining hard materials like steel, cast iron, and alloys. These indexable tools increase productivity by offering high wear resistance and enabling faster cutting speeds, often with multiple edges that can be rotated when worn. [1, 2, 3, 4, 5]

Key Characteristics and Components
  • Material: Comprised of cemented carbide, combining high hardness (HRA 89-93) with toughness to resist cutting forces.
  • Shapes: Common shapes include Triangle (T), Diamond (C, D), Square (S), and Round (R), each suitable for specific operations like boring, turning, or profiling.
  • Designation Code (e.g., CNMG 120408):
    • Shape: C (Diamond 80).
    • Clearance Angle: N (0).
    • Tolerance: M (Tolerance class).
    • Type: G (With hole and chip breaker).
    • Size: 12 (Approx. 12mm edge length).
    • Thickness: 04 (Approx. 4.76mm).
    • Radius: 08 (0.8mm nose radius). [1, 6, 7, 8, 9]
Selection Factors
  • Material Application: Represented by letters, such as P (Steel), M (Stainless), K (Cast Iron), and S (Heat-resistant alloys).
  • Operation: Roughing requires stronger, thicker inserts with larger radii, while finishing requires smaller radii for better surface quality.
  • Tool Holder: The insert shape must match the corresponding tool holder's geometry. [6, 7, 10, 11]
Key Advantages
  • High Wear Resistance: Lasts 5-100 times longer than high-speed steel.
  • High Heat Resistance: Maintains structural integrity at high temperatures.
  • Efficiency: Allows for faster production and improved surface finishes. [1, 2]

AI responses may include mistakes.



Precision Ground Internal Threading Solutions

These IR THREADING carbide inserts are designed to deliver reliable internal right-hand threads on a variety of workpiece materials, including steel, stainless steel, cast iron, and non-ferrous metals. Their precision ground cutting edges and advanced CVD/PVD coatings ensure smooth threading operations and extended tool life, making them suitable for high-production CNC turning centers.


Versatile Compatibility and Application

Engineered for compatibility with a range of toolholders such as MIR, SIR, and DCLNR, these inserts are available in multiple thread profiles including ISO metric, imperial, ACME, and Whitworth. Their suitability for diverse threading applications meets the needs of manufacturers, suppliers, and exporters seeking reliable, high-quality threading tools.

FAQ's of IR THREADING carbide insert:


Q: How do I select the correct IR THREADING carbide insert for my application?

A: You should consider your required thread pitch (minimum 0.5 mm or 16 TPI), workpiece material, and compatible toolholder (e.g., MIR, SIR, DCLNR) when choosing an IR THREADING insert. You can also select the appropriate coating and chip breaker type for your specific application.

Q: What are the benefits of using indexable carbide inserts for internal threading?

A: Indexable carbide inserts, like the IR THREADING series, offer multiple cutting edges per insert, high wear resistance, precision-ground profiles, and simple insert replacement, which minimize machine downtime and maximize cost efficiency.

Q: When should I use a gold, black, or purple coated insert?

A: Select coating color based on the insert's carbide grade: gold typically indicates TiN, black for TiAlN, and purple for Al2O3. Choose the coating according to your workpiece material and intended cutting speed for optimal performance and extended tool life.

Q: Where can IR THREADING carbide inserts be used?

A: These inserts are suitable for use on turning centers and CNC lathes, providing precise internal threading on steel, stainless steel, cast iron, and non-ferrous metal parts across manufacturing, automotive, and engineering industries.

Q: What is the process for replacing and indexing these inserts?

A: The process involves unclamping the used insert from the compatible toolholder, rotating it to an unused edge, or replacing it entirely with a new insert. No complex setup is required, ensuring quick and efficient changeovers during production.

Q: How do I ensure the best threading results with IR THREADING carbide inserts?

A: To achieve optimal results, select the proper insert grade and chip breaker for your material, adhere to recommended cutting speeds (up to 180 m/min), and use a compatible toolholder and standard (ISO/ANSI/DIN) for accurate threading.

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