OSG

OSG 1707501 EXOTAP® 312NI High Performance Spiral Point Gun Tap, Right Hand Cutting, 5/16-18 Thread, H3 Thread Limit, 4.5P-5.5P Plug Chamfer, 3 Flutes, Steam Oxide, VC-10

OSG 1707501
$47.54 / EA
Out of Stock
  • Coolant Through: No
  • Material Application: Steel, Stainless Steel, Tool Steel, Die Steel and Nickel Alloys
  • Overall Length: 2.718 in
  • Shank Diameter - Decimal: 0.317 in
  • Thread Length: 0.799 in
  • Thread Standard: UNC
  • Thread Size: 5/16-18
  • Number of Flutes: 3
  • Thread Limit: H3
  • Material: VC-10
  • Finish/Coating: Steam Oxide
  • Chamfer Type: 4.5P-5.5P Plug
  • Cutting Direction: Right Hand
  • Diameter - Fractional: 5/16 in
  • Measurement System: Imperial
  • Overall Length - Decimal: 2.72 mm
  • Point Type: Spiral
  • Series: EXOTAP® 312NI

Taps are used to cut screw threads on the inside surfaces of holes, creating the female half (nut) of the screw. High precision is of vital importance, particularly in areas such as automobile engines, which require precision screws. OSG offers a lineup of taps with diameters in various sizes and with specifications suitable for a wide variety of uses.

  • Spiral point taps push chips forward
  • Premium powdered metal VC-10 substrate increased hardness for longer life
  • OSG V-coating increased hardness, lubricity and wear-resistance
  • DIN overall length provides greater reach capability

Standards/Approvals: PROP65: When grinding or regrinding industrial cutting tools, residual grinding dust may occur. This dust may contain chemicals known to the state of California to cause cancer, birth defects, or other reproductive harm. For more information go to www.P65Warnings.ca.gov

Through Hole Applications

OSG Spiral Point Gun Tap | High Performance | Series: EXOTAP 312NI | Measurement System: Imperial | UNC | 5/16-18 | 4.5P-5.5P Plug Chamfer | 3 Flutes | VC-10 | Steam Oxide | Right Hand Cutting | 0.799 in Thread Length | 2.72 in Overall Length | 0.317 in Shank Dia | Steel | Stainless Steel | Tool Steel | Die Steel and Nickel Alloys Material Application | H3 Thread Limit | No Through Coolant (Yes/No)