Typ UNI Series 17 1720NX

Machine taps typ UNI for universal use [For through holes]
High performance machine tap with straight flute with spiral point, metric, DIN 371, Balinit Hardlube coated, suitable for universal use.

Product variants

ID D1 P Tolerance L1 L2 D2 a
042036046020000 M2 0,4 6HX 45 8 2.8 2.1
042036046025000 M2,5 0,45 6HX 50 9 2.8 2.1
042036046030000 M3 0,5 6HX 56 11 3.5 2.7
042036046040000 M4 0,7 6HX 63 13 4.5 3.4
042036046050000 M5 0,8 6HX 70 16 6 4.9
042036046060000 M6 1 6HX 80 19 6 4.9
042036046080000 M8 1,25 6HX 90 22 8 6.2
042036046100000 M10 1,5 6HX 100 24 10 8
042036048030000 M3 0,5 6GX 56 11 3.5 2.7
042036048040000 M4 0,7 6GX 63 13 4.5 3.4
042036048050000 M5 0,8 6GX 70 16 6 4.9
042036048060000 M6 1 6GX 80 19 6 4.9
042036048080000 M8 1,25 6GX 90 22 8 6.2
042036048100000 M10 1,5 6GX 100 24 10 8

Use

MACHINED MATERIAL HOLE TYPE CUTTING SPEED LUBRICATION USE
Aluminium alloys si content < 10% Through hole (thread length L < 1,5xd1) 15-20 Cutting Oil/Emulsion Possible use
Aluminium alloys si content < 10% Through hole (thread length L > 1,5xd1) 15-20 Cutting Oil/Emulsion Possible use
Aluminium alloys si content > 10% Through hole (thread length L < 1,5xd1) 15-20 Cutting Oil/Emulsion Recommended use
Aluminium alloys si content > 10% Through hole (thread length L > 1,5xd1) 15-20 Cutting Oil/Emulsion Recommended use
Case hardened steels and nitriding steels up to 1100 N/mm2 Through hole (thread length L > 1,5xd1) 10-12 Cutting Oil/Emulsion Recommended use
Case hardened steels and nitriding steels up to 1100 N/mm2 Through hole (thread length L < 1,5xd1) 10-12 Cutting Oil/Emulsion Recommended use
Copper alloys (long chipping) Through hole (thread length L < 1,5xd1) 12-15 Cutting Oil/Emulsion Possible use
Copper alloys (long chipping) Through hole (thread length L > 1,5xd1) 12-15 Cutting Oil/Emulsion Possible use
Copper alloys (short chipping) Through hole (thread length L > 1,5xd1) 10-15 Cutting Oil/Emulsion Recommended use
Copper alloys (short chipping) Through hole (thread length L < 1,5xd1) 10-15 Cutting Oil/Emulsion Recommended use
Free cutting steels up to 800 N/mm2 Through hole (thread length L > 1,5xd1) 20-25 Cutting Oil/Emulsion Possible use
Free cutting steels up to 800 N/mm2 Through hole (thread length L < 1,5xd1) 20-25 Cutting Oil/Emulsion Possible use
Grey cast iron Through hole (thread length L < 1,5xd1) 15-20 Cutting Oil/Emulsion Possible use
Grey cast iron Blind hole (thread length < 1,5 d1, pilot drilling depth ≥ L+d1) 15-20 Cutting Oil/Emulsion Possible use
Grey cast iron Through hole (thread length L > 1,5xd1) 15-20 Cutting Oil/Emulsion Possible use
Heat-treated steels up to 1100 N/mm2 Through hole (thread length L > 1,5xd1) 10-12 Cutting Oil/Emulsion Recommended use
Heat-treated steels up to 1100 N/mm2 Through hole (thread length L < 1,5xd1) 10-12 Cutting Oil/Emulsion Recommended use
Heat-treated steels up to 1400 N/mm2 Through hole (thread length L > 1,5xd1) 10-15 Cutting oil for high resistance steels Recommended use
Heat-treated steels up to 1400 N/mm2 Through hole (thread length L < 1,5xd1) 10-15 Cutting oil for high resistance steels Recommended use
High-alloyed steels up to 1400 N/mm2 Through hole (thread length L < 1,5xd1) 10-15 Cutting oil for high resistance steels Recommended use
High-alloyed steels up to 1400 N/mm2 Through hole (thread length L > 1,5xd1) 10-15 Cutting oil for high resistance steels Recommended use
Plain cast steels up to 500 N/mm2 Through hole (thread length L > 1,5xd1) 15-30 Cutting Oil/Emulsion Possible use
Plain cast steels up to 500 N/mm2 Through hole (thread length L < 1,5xd1) 15-30 Cutting Oil/Emulsion Possible use
Plain cast steels up to 800 N/mm2 Through hole (thread length L < 1,5xd1) 20-25 Cutting Oil/Emulsion Possible use
Plain cast steels up to 800 N/mm2 Through hole (thread length L > 1,5xd1) 20-25 Cutting Oil/Emulsion Possible use
Spheroidal graphite cast iron and malleable cast iron Through hole (thread length L > 1,5xd1) 15-20 Cutting Oil/Emulsion Recommended use
Spheroidal graphite cast iron and malleable cast iron Through hole (thread length L < 1,5xd1) 15-20 Cutting Oil/Emulsion Recommended use
Stainless steels and heat resisting steels with strength 450 - 800 N/mm2 Through hole (thread length L > 1,5xd1) 12-15 Cutting Oil/Emulsion Recommended use
Stainless steels and heat resisting steels with strength 450 - 800 N/mm2 Through hole (thread length L < 1,5xd1) 12-15 Cutting Oil/Emulsion Recommended use
Stainless steels and heat resisting steels with strength 600 - 1000 N/mm2 Through hole (thread length L < 1,5xd1) 12-15 Cutting Oil/Emulsion Recommended use
Stainless steels and heat resisting steels with strength 600 - 1000 N/mm2 Through hole (thread length L > 1,5xd1) 12-15 Cutting Oil/Emulsion Recommended use
Structural steels and heat-treated steels up to 800 N/mm2 Through hole (thread length L < 1,5xd1) 20-25 Cutting Oil/Emulsion Possible use
Structural steels and heat-treated steels up to 800 N/mm2 Through hole (thread length L > 1,5xd1) 20-25 Cutting Oil/Emulsion Possible use
Structural steels up to 500 N/mm2 Through hole (thread length L < 1,5xd1) 15-30 Cutting Oil/Emulsion Possible use
Structural steels up to 500 N/mm2 Through hole (thread length L > 1,5xd1) 15-30 Cutting Oil/Emulsion Possible use
Tool steels up to 1100 N/mm2 Through hole (thread length L < 1,5xd1) 10-12 Cutting Oil/Emulsion Recommended use
Tool steels up to 1100 N/mm2 Through hole (thread length L > 1,5xd1) 10-12 Cutting Oil/Emulsion Recommended use
Unalloyed aluminium Through hole (thread length L > 1,5xd1) 15-35 Cutting Oil/Emulsion Possible use
Unalloyed aluminium Through hole (thread length L < 1,5xd1) 15-35 Cutting Oil/Emulsion Possible use
Unalloyed copper Through hole (thread length L > 1,5xd1) 15-30 Cutting Oil/Emulsion Possible use
Unalloyed copper Through hole (thread length L < 1,5xd1) 15-30 Cutting Oil/Emulsion Possible use
Zinc and zinc alloys Through hole (thread length L < 1,5xd1) 12-15 Cutting Oil/Emulsion Possible use
Zinc and zinc alloys Through hole (thread length L > 1,5xd1) 12-15 Cutting Oil/Emulsion Possible use