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TAP HSS-E 5/8 x 11 UNC SP/PT  (GUN)

HSS-Co5 Spiral Point (Gun Nose) Taps

TAP HSS-E 5/8 x 11 UNC SP/PT (GUN)

Stock Code : GOL.B17CE3SP
Qty. Length (MM) Unit Weight Total Weight Price/
each
Net Price (Ex. GST)
102(mm) 0.108kg 0kg $96.82 $0.00

Tools & Gear Taps & Dies HSS-Co5 Spiral Point (Gun Nose) Taps

  • 5/8" x 11 UNC Spiral Point (GUN) HSS-Co5 Tap - Goliath
  • HSS-Co (Cobalt) Bright Finish UNC Spiral Point Machine Tap.
  • HSS-Co Spiral Point (Gun Nose) Taps.
  • Spiral point taps, also known as "Gun nose taps", have straight flutes supplemented by angular cutting faces at the lead.
  • The design of the cutting portion propels the swarf ahead of the tap leaving the flutes clear for the flow of coolant to the cutting teeth.
  • Primarily designed for use in through holes, these taps can be used in blind holes provided that there is ample clearance beyond the threaded section to accommodate the swarf.
  • The advantages of a gun nose tap are the shearing action of the angular cutting faces, which produces a fine finish on the threads and shallower flutes.
  • This allows a stronger cross section throughout the tap.
  • Unified National Coarse thread form was introduced in 1948 as an attempt to standardise thread forms in the USA, Canada and the UK.
  • The thread profile of UNC is the same as for metric threads and is described in the JIS B0206 standard.
  • The thread is described by its major diameter and the number of threads per inch of length (TPI).
  • This thread series is commonly used in the mass production of bolts, screws and nuts.
  • It is used for threading into lower tensile strength materials (bronze, brass, aluminium and plastics) to obtain the best resistance to stripping of the internal thread.
  • It is also used on quick assembly or disassembly or if corrosion or slight damage is possible.
  • Manufactured from HSS-Co5, this modern design tap uses straight flutes supplemented by angular cutting faces at the point to produce a fine finish on the threads.
  • Shallower flutes achieve a stronger cross section allowing the tap to withstand greater cutting forces.