Irwin 1735 Metric Plug Tap, 9 mm x 0.75 mm, High Carbon Steel, 4-Flute, Straight Flute

Irwin 1735 Metric Plug Tap, 9 mm x 0.75 mm, High Carbon Steel, 4-Flute, Straight Flute

• The Irwin 1735 Metric Plug Tap is designed for precision threading in various materials, making it ideal for automotive, machinery, and maintenance applications. Crafted from high carbon steel, this tap ensures durability and consistent performance. Its plug chamfer and straight flute design facilitate efficient chip removal, providing clean and accurate threads.
• Features:
  • 9 mm x 0.75 mm metric thread size for precise threading
  • Plug chamfer suitable for general-purpose threading applications
  • 4-flute design ensures smooth cutting and chip evacuation
  • Straight flutes ideal for threading through holes and blind holes
  • Constructed from high carbon steel for strength and longevity
• Specifications:
  • Thread Size: 9 mm x 0.75 mm
  • Chamfer Type: Plug
  • Number of Flutes: 4
  • Flute Type: Straight
  • Material: High carbon steel
  • Thread Direction: Right-hand
  • Thread Class: 2B
  • UPC: 042526017353
• The Irwin 1735 Metric Plug Tap can also be referred to as 9 mm x 0.75 mm plug tap, metric threading tap, high carbon steel tap, and straight flute tap.

Irwin Tools is renowned for producing high-quality hand tools and power tool accessories. With a legacy of innovation and precision, Irwin's products are trusted by professionals across various industries for their reliability and performance.

Q: What materials is this tap suitable for?
A: The Irwin 1735 Metric Plug Tap is suitable for threading in a variety of materials, including metals and plastics, making it versatile for different applications.

Q: Can this tap be used for both through holes and blind holes?
A: Yes, its plug chamfer and straight flute design make it suitable for threading both through holes and blind holes.

Q: Is this tap compatible with power tools?
A: This tap is designed for hand threading applications. Using it with power tools is not recommended as it may lead to damage or reduced performance.