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TungTap

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Cost-Efficient, High-Performance Taps for Reliable Threading

High-Quality HSS Taps for a Wide Range of Materials

Applications & Features

Applications

Internal Thread milling

Features

1. The colored ring on the shank helps easily identify the tap’s recommended workpiece material.

  • M – Multi-material application
  • W – Steel with good machinability Rm<750 N/mm2
  • S – Stainless steel
  • H – Hardened steel and high temp./super alloys Rm>750 N/mm2
  • G – Grey cast iron
  • N – Low alloy steel Rm<600 N/mm2
  • A – Aluminum and aluminum alloys
  • F – Any material with at least 8~10% elongation
  • Y – Nickel alloys

Taps & Grades

Taps
Hand Tap

TH-M**-DNGW

  • M – ISO metric coarse thread
Point Tap

TP-**

  • M – ISO metric coarse thread
  • MF – ISO metric fine thread
  • UNC – ISO Unified coarse thread
  • UNF – Unified fine thread
Spiral Tap

TS-**

  • M – ISO metric coarse thread
  • MF – ISO metric fine thread
  • UNC – ISO Unified coarse thread
  • UNF – Unified fine thread
Straight Tap

TT-**

  • M – ISO metric coarse thread
  • MF – ISO metric fine thread
Formed Tap

TF-**

  • M – ISO metric coarse thread
  • MF – ISO metric fine thread
Grades

HB070

  • The steam tempered is a Fe3O4 oxide coating which reduces the friction between the tool and workpiece and prevents cold welding.

NB070

  • Recommended surface treatment for machining hard wear/abrasive materials such as grey cast iron, aluminum alloys with high silicon percentage (more than 10%).

PB070

  • The TiN coating has a hardness of approximately 2,300 HV and is temperature resistant up to approximately 600°C. This is an excellent golden colored coating for general applications.

GB070

  • TiCN takes place of TiN when the conditions require the coating to have a different hardness and toughness. The TiCN brings an advantage to machining very difficult steels or cutting interrupted bores. The TiCN-coating has a hardness of approx. 3,000 HV, but is temperature-resistant up to approx. 400° only. That means TiCN needs excellent cooling for long service life.

DB070

  • With its high wear resistance and slight adhesion on nonferrous metals DLC (Diamond-like carbon) coating is perfectly recommended for cutting Aluminium and Aluminium alloys.

AB070

  • This is a special coating for machining abrasive materials such as: gray cast iron, alu-alloys with silicon, fiber reinforced
    plastics, etc., or machining under high temperatures, which means with insufficient cooling, or high speeds ≥ 600m/min. The TiAIN has a hardness of approx. 3,000 HV and is temperature resistant up to approx. 800°.

Tap designation code key

Hole Type tap color code W M M M M M M S H N H G F
1 2 3 4 5
tool material HSS HSS-E HSS-E HSS-E HSS-E HSS-E HSS-E HSS-E HSS-E HSS-E HSS-E HSS-E HSS-E
surface treatment/coating – – TI ST – TI ST ST – ST ST NI TI
flute hand and angle – – – – R40° R40° R40° – – R40° R40° – –
lead according to DIN 2197 1\2\3 B B B C C C B B C C C C
Hole Type 1-2-3-4-5 4-5 4-5 4-5 1-2-3 1-2-3 1-2-3 4-5 4-5 1-2-3 1-2-3 1-2-3-4-5 1-2-3-4-5
Material
No.		 Material Condition Tensile Strength
[N/mm²]		 Hardness HB Chip Coolant M/min M/min M/min M/min M/min M/min M/min M/min M/min M/min M/min M/min M/min
1 non-alloy steel and cast steel, free cutting steel <0.25% C annealed 420 125 Ext. Long T ● 10-25 ●● 15-45 ● 8-25 ●● 20-25 ●● 15-45 ● 8-25 ●● 20-25 ●● 8-25 ● 20-25 ●● 20-60
2 ≥0.25% C annealed 650 190 Medium T ● 10-20 ●● 12-40 ● 10-35 ●● 15-20 ●● 12-40 ● 10-35 ●● 15-20 ●● 10-35 ●● 15-20 ●● 20-60
3 <0.55% C quenched and tempered 850 250 Long T ● 12-18 ●● 15-25 ● 6-12 ●● 12-18 ●● 15-25 ● 6-12 ●● 12-18 ●● 12-18 ●● 17-55
4 ≥0.55% C annealed 750 220 Long T ● 12-18 ●● 15-40 ● 6-20 ●● 12-18 ●● 15-40 ● 6-20 ●● 12-18 ●● 12-18 ●● 17-55
7 low alloy and cast steel
(less than 5% of alloying elements)		 quenched and tempered 930 275 Long X ● 10-15 ●● 5-25 ● 4-10 ●● 10-15 ●● 5-25 ● 4-10 ●● 10-15 ●● 10-15 ●●
8 1000 300 Long X ● 6-10 ●● 5-25 ● 4-10 ●● 6-10 ●● 5-25 ● 4-10 ●● 6-10 ●● 6-10 ●●
9 1200 350 Long A ● 3-5 ●● 5-20 ● 3-5 ●● 3-5 ●● 5-20 ● 3-5 ●● 3-5 ●● 3-5 ●●
10 high alloyed steel, cast steel and tool steel annealed 680 200 Long X ● 10-15 ●● 20-30 ● 7-12 ●● 10-15 ●● 20-30 ● 7-12 ●● 10-15 ●● 10-15 ●● 10-30
11 quenched and tempered 1100 325 Long X ● 7-13 ●● 12-25 ● 5-10 ●● 7-13 ●● 12-25 ● 5-10 ●● 7-13 ●● 7-13 ●●
12 stainless steel and cast steel ferritic/martensitic 680 200 Medium A ● 5-9 ●● 8-18 ● 1-5 ● 5-9 ●● 2-10 ● 1-5 ●● 2-10 ● 5-9 ●● 7-15
13 martensitic 820 240 Long A ● 4-6 ●● 8-15 ● 1-5 ● 4-6 ●● 2-10 ● 1-5 ● 2-10 ● 4-6 ●●
14 stainless steel and cast steel austenitic, duplex 600 180 Long A ● 5-9 ●● 8-15 ● 1-4 ● 5-9 ●● 2-10 ● 1-4 ● 2-10 ● 5-9 ●●
15 gray cast iron (gg) ferritic / pearlitic 180 Ext. Short X ● 10-15 ●● 15-45 ●● 13-20 ● 10-15 ●● 15-45 ●● 13-20 ● 10-15 ●● 10-30 ●
16 pearlitic / martensitic 260 Ext. Short X ● 8-12 ●● 10-40 ●● 21-31 ● 8-12 ●● 10-40 ●● 21-31 ● 8-12 ●● 10-30 ●
17 nodular cast iron (ggg) ferritic 160 Short X ● 8-12 ●● 10-25 ●● 21-31 ● 8-12 ● 10-25 ● 21-31 ● 8-12 ●● 10-40 ●
18 pearlitic 250 Ext. Short X ● 8-12 ●● 10-20 ●● 21-31 ● 8-12 ●● 10-20 ●● 21-31 ● 8-12 ●● 10-35 ●
19 malleable cast iron ferritic 130 Short X ● 10-15 ● 15-45 ●● 13-20 ● 10-15 ●● 15-45 ●● 13-20 ● 10-15 ●● 10-45 ●
20 pearlitic 230 Short X ● 10-15 ● 10-40 ●● 13-20 ● 10-15 ●● 10-40 ●● 13-20 ● 10-15 ●● 10-40 ●
21 aluminum-wrought alloys not hardenable 60 Medium T ● 25-35 ● 50-70 ● 12-25 ●● 25-35 ● 30-60 ● 12-25 ●● 12-25 ●● 25-35 ●●
22 hardenable 100 Medium T ● 25-35 ● 50-70 ● 12-25 ●● 25-35 ● 30-60 ● 12-25 ●● 12-25 ●● 25-35 ●●
23 aluminum-cast alloys ≤12% Si not hardenable 75 Short T ● 10-15 ● 10-40 ● 10-25 ●● 10-15 ● 15-40 ● 10-25 ●● 10-25 ●● 10-15 ●●
24 hardenable 90 Short T ● 10-15 ● 10-40 ● 10-25 ●● 10-15 ● 15-40 ● 10-25 ●● 10-25 ●● 10-15 ●●
25 >12% Si high temperature 130 Short T ● 10-15 ● 10-30 ● 10-20 ●● 10-15 ● 15-30 ● 10-20 ●● 10-20 ●● 10-15 ●●
26 copper alloys >1% Pb free cutting 110 Med/Short T ● 25-35 ● 50-70 ● 20-40 ●● 25-35 ● 30-65 ● 20-40 ●● 20-40 ●● 25-35 ●● 17-40
27 brass 90 Long T ● 15-20 ● 5-60 ● 13-30 ●● 15-20 ● 20-45 ● 13-30 ●● 13-30 ●● 15-20 ●● 20-60
28 electrolytic copper 100 Long T ● 15-20 ● 5-25 ● 10-17 ●● 15-20 ● 15-30 ● 10-17 ●● 10-17 ●● 15-20 ●● 20-60
29 non metallic duroplastics, fiber plastics 70 Shore D Short Z ● 6-10 ● 5-25 ● 6-13 ●● 6-10 ● 10-20 ● 6-13 ●● 6-13 ●● 6-10 ●●
31 high temperature alloys Fe based annealed 200 Long A ● 2-4 ●● 4-8 ● 2-4 ● 3-7 ●● 2-4 2-4 ●
32 hardened 280 Long A ● 2-4 ●● 4-8 ● 2-4 3-7 ●● 2-4 2-4 ●
33 Ni or Co based annealed 250 Long A ● 2-4 ●● 4-8 ● 2-4 3-7 ●● 2-4 2-4 ●
34 hardened 350 Long A ● 2-4 ●● 4-8 ● 2-4 3-7 ●● 2-4 2-4 ●
35 cast 320 Long A ● 2-4 ●● 4-8 ● 2-4 3-7 ●● 2-4 2-4 ●
36 titanium alloys pure 400 190 Med/Short A ● 6-10 ●● 6-10 ●● 6-10 6-10 ●
37 alpha+beta alloys, hardened 1050 310 Med/Short A ● 6-10 ● 6-10 ●● 6-10 6-10 ●
A – cutting oil
T – oil
X – oil or emulsion
Z – dry or emulsion		 ● Recommended
●● Suitable
Hole Type tap color code W M M M M M M S H N H G F
1 2 3 4 5
tool material HSS HSS-E HSS-E HSS-E HSS-E HSS-E HSS-E HSS-E HSS-E HSS-E HSS-E HSS-E HSS-E
surface treatment/coating – – TI ST – TI ST ST – ST ST NI TI
flute hand and angle – – – – R40° R40° R40° – – R40° R40° – –
lead according to DIN 2197 1\2\3 B B B C C C B B C C C C
Hole Type 1-2-3-4-5 4-5 4-5 4-5 1-2-3 1-2-3 1-2-3 4-5 4-5 1-2-3 1-2-3 1-2-3-4-5 1-2-3-4-5
Material
No.		 Material Condition Tensile Strength
[ksi]		 Hardness HB Chip Coolant SFM SFM SFM SFM SFM SFM SFM SFM SFM SFM SFM SFM SFM
1 non-alloy steel and cast steel, free cutting steel <0.25% C annealed 61 125 Ext. Long T ● 35-80 ●● 15-150 ● 25-80 ●● 65-80 ●● 50-150 ● 25-80 ●● 65-80 ●● 25-80 ● 65-80 ●● 65-195
2 ≥0.25% C annealed 94 190 Medium T ● 35-65 ●● 40-130 ● 35-115 ●● 60-65 ●● 40-130 ● 35-115 ●● 50-65 ●● 35-115 ●● 50-65 ●● 65-195
3 <0.55% C quenched and tempered 123 250 Long T ● 40-60 ●● 50-80 ● 20-40 ●● 40-60 ●● 50-80 ● 20-40 ●● 40-60 ●● 40-60 ●● 55-180
4 ≥0.55% C annealed 109 220 Long T ● 40-60 ●● 50-130 ● 20-65 ●● 40-60 ●● 50-130 ● 15-35 ●● 40-60 ●● 40-60 ●● 55-180
7 low alloy and cast steel
(less than 5% of alloying elements)		 quenched and tempered 135 275 Long X ● 35-50 ●● 15-80 ● 15-35 ●● 35-50 ●● 15-80 ● 15-35 ●● 35-50 ●● 35-50 ●●
8 145 300 Long X ● 20-35 ●● 15-80 ● 15-35 ●● 20-35 ●● 15-80 ● 15-35 ●● 20-35 ●● 20-35 ●●
9 174 350 Long A ● 10-15 ●● 15-65 ● 10-15 ●● 10-15 ●● 15-65 ● 10-15 ●● 10-15 ●● 10-15 ●●
10 high alloyed steel, cast steel and tool steel annealed 99 200 Long X ● 35-50 ●● 65-100 ● 25-40 ●● 35-50 ●● 65-100 ● 25-40 ●● 35-50 ●● 35-50 ●● 35-100
11 quenched and tempered 160 325 Long X ● 25-45 ●● 40-80 ● 15-35 ●● 25-45 ●● 40-80 ● 15-35 ●● 25-45 ●● 25-45 ●●
12 stainless steel and cast steel ferritic/martensitic 99 200 Medium A ● 15-30 ●● 25-60 ● 5-15 ● 15-30 ●● 5-35 ● 5-16 ●● 5-35 ● 15-30 ●● 25-50
13 martensitic 119 240 Long A ● 15-20 ●● 25-50 ● 5-15 ● 15-20 ●● 5-35 ● 5-16 ● 5-35 ● 15-20 ●●
14 stainless steel and cast steel austenitic, duplex 87 180 Long A ● 15-30 ●● 25-50 ● 5-15 ● 15-30 ●● 5-35 ● 5-15 ● 5-35 ● 15-30 ●●
15 gray cast iron (gg) ferritic / pearlitic 180 Ext. Short X ● 35-50 ●● 50-150 ●● 45-65 ● 35-50 ●● 50-150 ●● 45-65 ● 35-50 ●● 35-100 ●
16 pearlitic / martensitic 260 Ext. Short X ● 25-40 ●● 35-130 ●● 70-100 ● 25-40 ●● 35-130 ●● 70-100 ● 25-40 ●● 35-100 ●
17 nodular cast iron (ggg) ferritic 160 Short X ● 25-40 ●● 35-80 ●● 70-100 ● 25-40 ● 35-80 ● 70-100 ● 25-40 ●● 35-130 ●
18 pearlitic 250 Ext. Short X ● 25-40 ●● 35-65 ●● 70-100 ● 25-40 ●● 35-65 ●● 70-100 ● 25-40 ●● 35-100 ●
19 malleable cast iron ferritic 130 Short X ● 35-50 ● 50-150 ●● 45-65 ● 35-50 ●● 50-150 ●● 45-65 ● 35-50 ●● 35-150 ●
20 pearlitic 230 Short X ● 35-50 ● 35-130 ●● 45-65 ● 35-50 ●● 35-130 ●● 45-65 ● 35-50 ●● 35-130 ●
21 aluminum-wrought alloys not hardenable 60 Medium T ● 80-115 ● 165-230 ● 40-80 ●● 80-115 ● 100-195 ● 40-80 ●● 40-80 ●● 80-115 ●●
22 hardenable 100 Medium T ● 80-115 ● 165-230 ● 40-80 ●● 80-115 ● 100-195 ● 40-80 ●● 40-80 ●● 80-115 ●●
23 aluminum-cast alloys ≤12% Si not hardenable 75 Short T ● 35-50 ● 35-130 ● 35-80 ●● 35-50 ● 50-130 ● 35-80 ●● 35-80 ●● 35-50 ●●
24 hardenable 90 Short T ● 35-50 ● 35-100 ● 35-80 ●● 35-50 ● 50-130 ● 35-80 ●● 35-80 ●● 35-50 ●●
25 >12% Si high temperature 130 Short T ● 35-50 ● 35-100 ● 35-65 ●● 35-50 ● 50-100 ● 35-65 ●● 35-65 ●● 35-50 ●●
26 copper alloys >1% Pb free cutting 110 Med/Short T ● 80-115 ● 165-230 ● 65-130 ●● 80-115 ● 100-215 ● 65-130 ●● 65-130 ●● 80-115 ●● 55-130
27 brass 90 Long T ● 50-65 ● 15-195 ● 45-100 ●● 50-65 ● 65-150 ● 45-100 ●● 45-100 ●● 50-65 ●● 65-195
28 electrolytic copper 100 Long T ● 50-65 ● 15-80 ● 35-55 ●● 50-65 ● 50-100 ● 35-55 ●● 35-55 ●● 50-65 ●● 65-195
29 non metallic duroplastics, fiber plastics 70 Shore D Short Z ● 20-35 ● 15-80 ● 25-45 ●● 20-35 ● 35-65 ● 20-45 ●● 20-45 ●● 20-35 ●●
31 high temperature alloys Fe based annealed 200 Long A ● 5-15 ●● 15-25 ● 5-15 ● 10-25 ●● 5-15 5-15 ●
32 hardened 280 Long A ● 5-15 ●● 15-25 ● 5-15 10-25 ●● 5-15 5-15 ●
33 Ni or Co based annealed 250 Long A ● 5-15 ●● 15-25 ● 5-15 10-25 ●● 5-15 5-15 ●
34 hardened 350 Long A ● 5-15 ●● 15-25 ● 5-15 10-25 ●● 5-15 5-15 ●
35 cast 320 Long A ● 5-15 ●● 15-25 ● 5-15 10-25 ●● 5-15 5-15 ●
36 titanium alloys pure 58 190 Med/Short A ● 20-35 ●● 20-35 ●● 20-35 20-35 ●
37 alpha+beta alloys, hardened 152 310 Med/Short A ● 20-35 ● 20-35 ●● 20-35 20-35 ●
A – cutting oil
T – oil
X – oil or emulsion
Z – dry or emulsion		 ● Recommended
●● Suitable

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