Machine tap with straight flutes and spiral point

NX Precision Taps Product Line
Thread M
Thread M
ISO Metric coarse thread
Profile sketch
Profile sketch
60°
Thread standard
Thread standard
DIN13
Type UNI
Type UNI
Tap for universal applications
Tap material
Tap material
Powder high speed steel
Coating
Coating
Balinit® Hardlube coating (titanium aluminiumnitride + tungsten carbide)
Tap standard
Tap standard
DIN 376
Thread tolerance
Thread tolerance
ISO 2 - 6HX
Chamfer B
Chamfer B
Length 3,5-6 pitch
Cooling method
Cooling method
Internal axial coolant supply with hole outlets in the flutes
Hole type
Hole type
Through hole (thread length L > 1,5xd1)

Catalogue number: 3720NXIKZN

High performance machine tap with straight flute with spiral point with radial cooling, metric, DIN 376, Balinit Hardlube coated, suitable for universal use.

Download product data sheet

Select product model

ID Product Price excl. VAT Price incl. VAT Cart
043036246120090 3720NXIKZN :: M12 6HX 152.45 EUR 184.46 EUR
043036246160090 3720NXIKZN :: M16 6HX 206.00 EUR 249.26 EUR
043036246200090 3720NXIKZN :: M20 6HX 307.45 EUR 372.01 EUR
Back to catalogue
Close

Price Request

Have you found desired product but you don't know the price?
Let us know the number of required pieces and we will send you a price offer

Login

Use

Machined material Hole type Cutting speed Lubrication Use
Aluminium alloys si content < 10% through hole (thread length L > 1,5xd1) 15-20
O/E
Lubrication
Cutting Oil/Emulsion
Possible use
Use
Possible use
Aluminium alloys si content < 10% through hole (thread length L < 1,5xd1) 15-20
O/E
Lubrication
Cutting Oil/Emulsion
Possible use
Use
Possible use
Aluminium alloys si content > 10% through hole (thread length L < 1,5xd1) 15-20
O/E
Lubrication
Cutting Oil/Emulsion
Recommended use
Use
Recommended use
Aluminium alloys si content > 10% through hole (thread length L > 1,5xd1) 15-20
O/E
Lubrication
Cutting Oil/Emulsion
Recommended use
Use
Recommended use
Case hardened steels and nitriding steels up to 1100 N/mm2 through hole (thread length L < 1,5xd1) 10-12
O/E
Lubrication
Cutting Oil/Emulsion
Recommended use
Use
Recommended use
Case hardened steels and nitriding steels up to 1100 N/mm2 through hole (thread length L > 1,5xd1) 10-12
O/E
Lubrication
Cutting Oil/Emulsion
Recommended use
Use
Recommended use
Copper alloys (long chipping) through hole (thread length L > 1,5xd1) 12-15
O/E
Lubrication
Cutting Oil/Emulsion
Possible use
Use
Possible use
Copper alloys (long chipping) through hole (thread length L < 1,5xd1) 12-15
O/E
Lubrication
Cutting Oil/Emulsion
Possible use
Use
Possible use
Copper alloys (short chipping) through hole (thread length L < 1,5xd1) 10-15
O/E
Lubrication
Cutting Oil/Emulsion
Recommended use
Use
Recommended use
Copper alloys (short chipping) through hole (thread length L > 1,5xd1) 10-15
O/E
Lubrication
Cutting Oil/Emulsion
Recommended use
Use
Recommended use
Free cutting steels up to 800 N/mm2 through hole (thread length L < 1,5xd1) 20-25
O/E
Lubrication
Cutting Oil/Emulsion
Possible use
Use
Possible use
Free cutting steels up to 800 N/mm2 through hole (thread length L > 1,5xd1) 20-25
O/E
Lubrication
Cutting Oil/Emulsion
Possible use
Use
Possible use
Grey cast iron blind hole (thread length < 1,5 d1, pilot drilling depth ≥ L+d1) 15-25
O/E
Lubrication
Cutting Oil/Emulsion
Possible use
Use
Possible use
Grey cast iron through hole (thread length L > 1,5xd1) 15-20
O/E
Lubrication
Cutting Oil/Emulsion
Possible use
Use
Possible use
Grey cast iron through hole (thread length L < 1,5xd1) 15-20
O/E
Lubrication
Cutting Oil/Emulsion
Possible use
Use
Possible use
Heat-treated steels up to 1100 N/mm2 through hole (thread length L < 1,5xd1) 10-12
O/E
Lubrication
Cutting Oil/Emulsion
Recommended use
Use
Recommended use
Heat-treated steels up to 1100 N/mm2 through hole (thread length L > 1,5xd1) 10-12
O/E
Lubrication
Cutting Oil/Emulsion
Recommended use
Use
Recommended use
Heat-treated steels up to 1400 N/mm2 through hole (thread length L < 1,5xd1) 10-15
O/E
Lubrication
Cutting Oil/Emulsion
Recommended use
Use
Recommended use
Heat-treated steels up to 1400 N/mm2 through hole (thread length L > 1,5xd1) 10-15
O/E
Lubrication
Cutting Oil/Emulsion
Recommended use
Use
Recommended use
High-alloyed steels up to 1400 N/mm2 through hole (thread length L > 1,5xd1) 10-15
O/E
Lubrication
Cutting Oil/Emulsion
Recommended use
Use
Recommended use
High-alloyed steels up to 1400 N/mm2 through hole (thread length L < 1,5xd1) 10-15
O/E
Lubrication
Cutting Oil/Emulsion
Recommended use
Use
Recommended use
Plain cast steels up to 500 N/mm2 through hole (thread length L > 1,5xd1) 15-30
O/E
Lubrication
Cutting Oil/Emulsion
Possible use
Use
Possible use
Plain cast steels up to 500 N/mm2 through hole (thread length L < 1,5xd1) 15-30
O/E
Lubrication
Cutting Oil/Emulsion
Possible use
Use
Possible use
Plain cast steels up to 800 N/mm2 through hole (thread length L < 1,5xd1) 20-25
O/E
Lubrication
Cutting Oil/Emulsion
Possible use
Use
Possible use
Plain cast steels up to 800 N/mm2 through hole (thread length L > 1,5xd1) 20-25
O/E
Lubrication
Cutting Oil/Emulsion
Possible use
Use
Possible use
Spheroidal graphite cast iron and malleable cast iron through hole (thread length L < 1,5xd1) 15-20
O/E
Lubrication
Cutting Oil/Emulsion
Recommended use
Use
Recommended use
Spheroidal graphite cast iron and malleable cast iron through hole (thread length L > 1,5xd1) 15-20
O/E
Lubrication
Cutting Oil/Emulsion
Recommended use
Use
Recommended use
Stainless steels and heat resisting steels with strength 450 - 800 N/mm2 through hole (thread length L > 1,5xd1) 12-15
O/E
Lubrication
Cutting Oil/Emulsion
Recommended use
Use
Recommended use
Stainless steels and heat resisting steels with strength 450 - 800 N/mm2 through hole (thread length L < 1,5xd1) 12-15
O/E
Lubrication
Cutting Oil/Emulsion
Recommended use
Use
Recommended use
Stainless steels and heat resisting steels with strength 600 - 1000 N/mm2 through hole (thread length L > 1,5xd1) 12-15
O/E
Lubrication
Cutting Oil/Emulsion
Recommended use
Use
Recommended use
Stainless steels and heat resisting steels with strength 600 - 1000 N/mm2 through hole (thread length L < 1,5xd1) 12-15
O/E
Lubrication
Cutting Oil/Emulsion
Recommended use
Use
Recommended use
Structural steels and heat-treated steels up to 800 N/mm2 through hole (thread length L < 1,5xd1) 20-25
O/E
Lubrication
Cutting Oil/Emulsion
Possible use
Use
Possible use
Structural steels and heat-treated steels up to 800 N/mm2 through hole (thread length L > 1,5xd1) 20-25
O/E
Lubrication
Cutting Oil/Emulsion
Possible use
Use
Possible use
Structural steels up to 500 N/mm2 through hole (thread length L > 1,5xd1) 15-30
O/E
Lubrication
Cutting Oil/Emulsion
Possible use
Use
Possible use
Structural steels up to 500 N/mm2 through hole (thread length L < 1,5xd1) 15-30
O/E
Lubrication
Cutting Oil/Emulsion
Possible use
Use
Possible use
Tool steels up to 1100 N/mm2 through hole (thread length L < 1,5xd1) 10-12
O/E
Lubrication
Cutting Oil/Emulsion
Recommended use
Use
Recommended use
Tool steels up to 1100 N/mm2 through hole (thread length L > 1,5xd1) 10-12
O/E
Lubrication
Cutting Oil/Emulsion
Recommended use
Use
Recommended use
Unalloyed aluminium through hole (thread length L < 1,5xd1) 15-35
O/E
Lubrication
Cutting Oil/Emulsion
Possible use
Use
Possible use
Unalloyed aluminium through hole (thread length L > 1,5xd1) 15-35
O/E
Lubrication
Cutting Oil/Emulsion
Possible use
Use
Possible use
Unalloyed copper through hole (thread length L < 1,5xd1) 15-30
O/E
Lubrication
Cutting Oil/Emulsion
Possible use
Use
Possible use
Unalloyed copper through hole (thread length L > 1,5xd1) 15-30
O/E
Lubrication
Cutting Oil/Emulsion
Possible use
Use
Possible use
Zinc and zinc alloys through hole (thread length L > 1,5xd1) 12-15
O/E
Lubrication
Cutting Oil/Emulsion
Possible use
Use
Possible use
Zinc and zinc alloys through hole (thread length L < 1,5xd1) 12-15
O/E
Lubrication
Cutting Oil/Emulsion
Possible use
Use
Possible use