Kennedy® High Performance Machine Taps

Made from a super grade high speed steel with extra vanadium content. This has a distinct advantage with taps, by increasing wear resisting properties and extending tool life significantly. These taps are intended for general application where consistent results and improved tool life are important. Threads can be produced in a range of steels, including stainless and cast steels as well as some long chip non-ferrous materials.

Machine Taps Spiral Flute Metric Coarse HSS - EV

With high helix (45°), right hand spiral flutes, designed to pull swarf towards the shank of the tap. Most suitable for blind-hole tapping. Manufactured to BS 949 : Part 4 : 1990 and ISO 529 : 1975. Tolerance 6H.
Oxidised finish (black): special heat treated finish gives resistance to rust and reduces metal to metal friction. Combined with a porous surface that gives optimum lubricant retention, work-generated heat is minimised, giving prolonged cutting edge life. Use on higher carbon steels cast materials high silicon aluminiums.

Kennedy® Thredfloer Fluteless Taps

Form rather than cut the thread in almost any ductile material. These include aluminium, brass, copper, carbon steels, zinc and magnesium alloys and even some stainless steels. The material is "cold formed" into the relevant thread and has the advantage of being a full form thread unlike normal cut tapped holes. This make the thread stronger. The forming operation does not create chips so swarf contamination and blockage is illiminated and tap breakage reduced. Because there is no consideration for chip evacuation, Thredfloer taps can be run at higher cutting speeds and reduced cycle times. Lubrication grooves are a feature of all Thredfloer taps of M3.0 and over. These allow lubrication to reach the end of the tap to maintain tool life and to prevent damage from "Hydraulic Blow Out".

Metric Coarse

HSS - EV. Oxide Finish. Tolerance 6H. Manufactured to DIN 371.

Kennedy® Thredfloer Fluteless Taps

Form rather than cut the thread in almost any ductile material. These include aluminium, brass, copper, carbon steels, zinc and magnesium alloys and even some stainless steels. The material is "cold formed" into the relevant thread and has the advantage of being a full form thread unlike normal cut tapped holes. This make the thread stronger. The forming operation does not create chips so swarf contamination and blockage is illiminated and tap breakage reduced. Because there is no consideration for chip evacuation, Thredfloer taps can be run at higher cutting speeds and reduced cycle times. Lubrication grooves are a feature of all Thredfloer taps of M3.0 and over. These allow lubrication to reach the end of the tap to maintain tool life and to prevent damage from "Hydraulic Blow Out".

Metric Coarse

HSS - EV. Oxide Finish. Tolerance 6H. Manufactured to DIN 371.

Kennedy® Thredfloer Fluteless Taps

Form rather than cut the thread in almost any ductile material. These include aluminium, brass, copper, carbon steels, zinc and magnesium alloys and even some stainless steels. The material is "cold formed" into the relevant thread and has the advantage of being a full form thread unlike normal cut tapped holes. This make the thread stronger. The forming operation does not create chips so swarf contamination and blockage is illiminated and tap breakage reduced. Because there is no consideration for chip evacuation, Thredfloer taps can be run at higher cutting speeds and reduced cycle times. Lubrication grooves are a feature of all Thredfloer taps of M3.0 and over. These allow lubrication to reach the end of the tap to maintain tool life and to prevent damage from "Hydraulic Blow Out".

Metric Coarse

HSS - EV. Oxide Finish. Tolerance 6H. Manufactured to DIN 371.

Kennedy® Thredfloer Fluteless Taps

Form rather than cut the thread in almost any ductile material. These include aluminium, brass, copper, carbon steels, zinc and magnesium alloys and even some stainless steels. The material is "cold formed" into the relevant thread and has the advantage of being a full form thread unlike normal cut tapped holes. This make the thread stronger. The forming operation does not create chips so swarf contamination and blockage is illiminated and tap breakage reduced. Because there is no consideration for chip evacuation, Thredfloer taps can be run at higher cutting speeds and reduced cycle times. Lubrication grooves are a feature of all Thredfloer taps of M3.0 and over. These allow lubrication to reach the end of the tap to maintain tool life and to prevent damage from "Hydraulic Blow Out".

Metric Coarse

HSS. TiN Coated. Tolerance 6H. Manufactured to DIN 371.

Kennedy® High Performance Machine Taps

Made from a super grade high speed steel with extra vanadium content. This has a distinct advantage with taps, by increasing wear resisting properties and extending tool life significantly. These taps are intended for general application where consistent results and improved tool life are important. Threads can be produced in a range of steels, including stainless and cast steels as well as some long chip non-ferrous materials.

Machine Taps Spiral Flute Metric Coarse HSS - EV

With high helix (45°), right hand spiral flutes, designed to pull swarf towards the shank of the tap. Most suitable for blind-hole tapping. Manufactured to BS 949 : Part 4 : 1990 and ISO 529 : 1975. Tolerance 6H.
Bright finish: standard finish for tapping most materials including low silicon aluminiums, brass, mild steels (low volume) stainless, copper.

Kennedy® High Performance Machine Taps

Made from a super grade high speed steel with extra vanadium content. This has a distinct advantage with taps, by increasing wear resisting properties and extending tool life significantly. These taps are intended for general application where consistent results and improved tool life are important. Threads can be produced in a range of steels, including stainless and cast steels as well as some long chip non-ferrous materials.

Machine Taps Spiral Flute Metric Coarse HSS - EV

With high helix (45°), right hand spiral flutes, designed to pull swarf towards the shank of the tap. Most suitable for blind-hole tapping. Manufactured to BS 949 : Part 4 : 1990 and ISO 529 : 1975. Tolerance 6H.
Oxidised finish (black): special heat treated finish gives resistance to rust and reduces metal to metal friction. Combined with a porous surface that gives optimum lubricant retention, work-generated heat is minimised, giving prolonged cutting edge life. Use on higher carbon steels cast materials high silicon aluminiums.

Kennedy® High Performance Machine Taps

Made from a super grade high speed steel with extra vanadium content. This has a distinct advantage with taps, by increasing wear resisting properties and extending tool life significantly. These taps are intended for general application where consistent results and improved tool life are important. Threads can be produced in a range of steels, including stainless and cast steels as well as some long chip non-ferrous materials.

Machine Taps Spiral Point Metric Coarse HSS - EV

With straight flutes and short fluted helix at point. Ideal for tapping through holes as swarf is directed ahead of the tap. Flutes are narrower than those of taps required to pull swarf towards the shank and act as lubricant channels, giving greater tap rigidity. Manufactured to BS 949: Part 4: 1990 and ISO 529 : 1975. Tolerance 6H.
Oxidised finish (black): special heat treated finish gives resistance to rust and reduces metal to metal friction. Combined with a porous surface that gives optimum lubricant retention, work-generated heat is minimised, giving prolonged cutting edge life. Use on higher carbon steels cast materials high silicon aluminiums.

Kennedy® Thredfloer Fluteless Taps

Form rather than cut the thread in almost any ductile material. These include aluminium, brass, copper, carbon steels, zinc and magnesium alloys and even some stainless steels. The material is "cold formed" into the relevant thread and has the advantage of being a full form thread unlike normal cut tapped holes. This make the thread stronger. The forming operation does not create chips so swarf contamination and blockage is illiminated and tap breakage reduced. Because there is no consideration for chip evacuation, Thredfloer taps can be run at higher cutting speeds and reduced cycle times. Lubrication grooves are a feature of all Thredfloer taps of M3.0 and over. These allow lubrication to reach the end of the tap to maintain tool life and to prevent damage from "Hydraulic Blow Out".

Metric Coarse

HSS. TiN Coated. Tolerance 6H. Manufactured to DIN 371.

Kennedy® High Performance Machine Taps

Made from a super grade high speed steel with extra vanadium content. This has a distinct advantage with taps, by increasing wear resisting properties and extending tool life significantly. These taps are intended for general application where consistent results and improved tool life are important. Threads can be produced in a range of steels, including stainless and cast steels as well as some long chip non-ferrous materials.

Machine Taps Spiral Point Metric Coarse HSS - EV

With straight flutes and short fluted helix at point. Ideal for tapping through holes as swarf is directed ahead of the tap. Flutes are narrower than those of taps required to pull swarf towards the shank and act as lubricant channels, giving greater tap rigidity. Manufactured to BS 949: Part 4: 1990 and ISO 529 : 1975. Tolerance 6H.
Bright finish: standard finish for tapping most materials including low silicon aluminiums, brass, mild steels (low volume) stainless, copper.