Hand Taps

 

 

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HAND TAPS HSS
GS.jpg (10744 bytes) STEELS WITH GOOD MACHINABILITY Rm < 750 N/mm2.
101/1 101-1.jpg (8484 bytes) Handtap No. 1 of a serial tap set consisting of 3 or 2 taps.
This tap cannot finish the thread because it is serial form, (major and pitch diameters below the basic thread dimensions).
4 thread chamfer lead. Rake angle 8º-10º.
101/2 101-2.jpg (8182 bytes)

Handtap No. 2 of a serial tap set consisting of 3 taps.
This tap cannot finish the thread because it is serial form (major and pitch diameters below the basic thread dimensions).
3 thread chamfer lead. Rake angle 8º-10º.

101/3 101-3.jpg (8091 bytes) Handtap No. 3 of a serial tap set consisting of 3 or 2 taps.
This tap finishes the thread to the required tolerance
2 thread chamfer lead (DIN-Form C). Rake angle 8º-10º.
101 101.jpg (10119 bytes) Handtap set consisting of 3 or 2 taps.
101 = 101/1 + 101/2 + 101/3 for M - UNC - W threads.
101 = 101/1 + 101/3 for MF - UNF - BSF- G threads.

 

HAND TAPS HSSE-V (3% V)
VG.jpg (9939 bytes) HEAT TREATED AND HEAT-RESISTANT STEELS  Rm < 1000 N/mm2.
108/1 108-1.jpg (8404 bytes) Handtap No. 1 with pilot guide, to assure the concentric start at manual threading.
Tapping only 3-4 threads is enough.
3 thread chamfer lead. Rake angle 6º-8º.
108/2 108-2.jpg (8455 bytes) Handtap No. 2 with the same thread sizes as 108/1.
3 thread chamfer lead. Rake angle 6º-8º
.
108/3 108-3.jpg (7982 bytes) Handtap No. 3 that finishes the thread to the required tolerance.
Not suitable to use as single pass tap.
3 thread chamfer lead. Rake angle 6º-8º.
108 108.jpg (10368 bytes) Handtap set consisting of 3 taps: 108 = 108/1 + 108/2 + 108/3.
You must tap continuously, it means without stop and reversing the tap to break the chip.

 

HAND TAPS HSSE-V (3% V)
VA.jpg (10159 bytes) STAINLESS STEEL AND CARBON STEELS  Rm < 600 N/mm2.
V108/1 v108-1.jpg (8032 bytes) Handtap No. 1 with pilot guide, to assure the concentric start at manual threading.
Tapping only 3-4 threads is enough.
3 thread chamfer lead. Rake angle 6º-8º.
Surface treatment steam oxide to avoid cold welding of material particles on cutting edges.
V108/2 v108-2.jpg (8142 bytes) Handtap No. 2 with the same thread sizes as V108/1.
3 thread chamfer lead. Rake angle 6º-8º.
Surface treatment steam oxide to avoid cold welding of material particles on cutting edges.
V108/3 v108-3.jpg (8194 bytes) Handtap No. 3 that finishes the thread to the required tolerance.
Not suitable to use as single pass tap.
3 thread chamfer lead. Rake angle 6º-8º.
Surface treatment steam oxide to avoid cold welding of material particles on cutting edges.
V108 v108.jpg (10186 bytes) Handtap set consisting of 3 taps: V108 = V108/1 + V108/2 + V108/3.
You must tap continuously, it means without stop and reversing the tap to break the chip

 

HAND TAPS HSSE-V (3% V)
HR.jpg (10015 bytes) HIGH ALLOYED STEELS  Rm = 1000-1200 N/mm2.
A648/1 a648-1.jpg (8195 bytes) Handtap No. 1 with pilot guide, to assure the concentric start at manual threading.
Tapping only 3-4 threads is enough.
3 thread chamfer lead. Rake angle 1°-3°.
TiAlN coating to improve wear resistance, facilitates chip slipping and evacuation in cutting area.
A648/2 a648-2.jpg (8577 bytes) Handtap No. 2 with the same thread sizes as A108/1.
3 thread chamfer lead. Rake angle 1º-3º.
TiAlN coating to improve wear resistance, facilitates chip slipping and evacuation in cutting area.
A648/3 0648-3.jpg (8477 bytes) Handtap No. 3 that finishes the thread to the required tolerance.
Not suitable to use as single pass tap.
3 thread chamfer lead. Rake angle 1º-3º.
TiAlN coating to improve wear resistance, facilitates chip slipping and evacuation in cutting area.
A648 a648.jpg (10432 bytes) Handtap set consisting of 3 taps: A648 = A648/1 + A648/2 + A648/3.
You must tap continuously, it means without stop and reversing the tap to break the chip.
 

logo.jpg (9949 bytes) FERG S.L.
e-mail: ferg@ferg.es.