IT HSS LONG SHANK MACHINE TAPS (COARSE PITCH) IS 6175:1991:PART IV(6TH-TOL) STR FLUTES TYPES ‘A’,’C’,’D’

IT HSS LONG SHANK MACHINE TAPS (COARSE PITCH) IS 6175:1991:PART IV(6TH-TOL) STR FLUTES TYPES ‘A’,’C’,’D’

Features of IT HSS Long Shank Machine Taps (Coarse Pitch) IS 6175:1991: Part IV (6th-TOL), Straight Flutes Types ‘A’, ‘C’, ‘D’:

• High-Speed Steel (HSS) Construction:
  Made from premium-grade HSS for excellent wear resistance, toughness, and durability during high-speed operations.
• Long Shank Design:
  Extended shank provides better reach for deep-hole tapping and ensures more flexibility in machine setups.
• Coarse Pitch Threading:
  Designed for coarse thread profiles, ensuring quicker threading and higher material removal per revolution.
• Straight Flute Configuration:
  Ideal for threading through holes and general-purpose tapping; suitable for most materials including steel, aluminum, and cast iron.
• Types ‘A’, ‘C’, and ‘D’:
• Type A: For through holes with standard chip evacuation.
• Type C: Suited for general applications with medium-length threads.
• Type D: Designed for deeper thread lengths and improved chip clearance.
• Conforms to IS 6175:1991 Part IV (6th Tolerance):
  Manufactured as per Indian Standards for precision threading with 6th-grade tolerance.
• Suitable for Machine Tapping:
  Specifically engineered for use in tapping machines, CNCs, and automatic machines.
• Application Flexibility:
  Compatible with a wide range of ferrous and non-ferrous materials in industrial, manufacturing, and assembly lines.
• Precision Ground Threads:
  Ensures smooth operation, accurate thread profile, and minimal thread distortion.
• Heat-Treated Surface:
  Improves hardness and extends tool life, even under rigorous tapping conditions.

Application of uses :

• Threading Through Holes:
  Ideal for tapping threads in through holes across various materials such as mild steel, aluminum, brass, and cast iron.

• General Engineering & Fabrication:
  Widely used in metal fabrication units, machinery manufacturing, and structural engineering setups.

• Automotive and Aerospace Components:
  Suitable for producing internal threads in engine parts, body structures, and precision-machined components.

• Maintenance and Repair Work:
  Perfect for thread repair and replacement applications in workshops, maintenance departments, and toolrooms.

• CNC and Conventional Machine Use:
  Designed for compatibility with automatic tapping machines, CNCs, and manual tapping setups.

• Pipe and Fitting Manufacturing:
  Used for threading operations in fittings, pipe connections, couplings, and plumbing components requiring coarse threads.

• Heavy-Duty Industrial Applications:
  Suitable for use in high-speed tapping of industrial parts where deeper threads or coarse threads are required.

• Electrical and Panel Assembly:
  Helps in creating threads in enclosures, panels, and mounting plates used in electrical equipment.

• Aerospace and Defense Production:
  Reliable for precision threading in applications where strength and accuracy are critical.

• Tool and Die Making:
  Used in die and mold shops for creating or finishing threads in custom tooling components.