Solid carb.thread milling cut-

Machining of internal threads.

Product features and benefits:

Short machining time due to more flutes.
Deep thread possible thanks to long thread part.
Smooth milling operation thanks to flutes with 15° helix angle.
Predrilled tap hole necessary.
Pitch-dependent tool with corrected thread profile.
Cross-dimensional.

International Material Comparison

Technical details

thread symbol:: M, MF
nominal diameter d₁ [mm]:: 17.95 mm - 999 mm
nominal diameter [in]:: 0.707 " - 39.331 "
pitch [mm]:: 2.5 mm
thread orientation:: internal
basic version:: GF - thread milling cutter
type:: GF-Vario-Z-R15
coolant supply:: IKZ
helix direction:: R15
clamping flat:: HA
shank standard:: DIN 6535
direction of tool rotation:: RH
Coating:: without
shank diameter d₂:: 16 mm
OAL l₁:: 100 mm
length of cutting edge l₂:: 38.659 mm
flutes /number of ridges:: 5
clamping length l₄:: 48 mm
diameter of milling part dF:: 15
cutting material:: carbide

thread symbol

M, MF

nominal diameter d₁ [mm]

17.95 mm - 999 mm

nominal diameter [in]

0.707 " - 39.331 "

pitch [mm]

2.5 mm

thread orientation

internal

basic version

GF - thread milling cutter

type

GF-Vario-Z-R15

coolant supply

IKZ

helix direction

R15

clamping flat

shank standard

DIN 6535

direction of tool rotation

Coating

without

shank diameter d₂

16 mm

OAL l₁

100 mm

length of cutting edge l₂

38.659 mm

flutes /number of ridges

clamping length l₄

48 mm

diameter of milling part dF

cutting material

carbide

Material	Steel materials Search for value P1.1 Cold-extrusion steels, Construction steels, Free-cutting steels, etc. <= 600 N/mm² P2.1 Construction steels, Cementation steels, Steel castings, etc. <= 800 N/mm² P3.1 Cementation steels, Heat-treatable steels, Cold work steels, etc. <= 1000 N/mm² P4.1 Heat-treatable steels, Cold work steels, Nitriding steels, etc. <= 1200 N/mm² P5.1 High-alloyed steels, Cold work steels, Hot work steels, etc. <= 1400 N/mm² No results found Cast materials Search for value K1.1 Cast iron with lamellar graphite (GJL) 100-250 N/mm² K1.2 Cast iron with lamellar graphite (GJL) 250-450 N/mm² K2.1 Cast iron with nodular graphite (GJS) 350-500 N/mm² K2.2 Cast iron with nodular graphite (GJS) 500-900 N/mm² K3.1 Cast iron with vermicular graphite (GJV) 300-400 N/mm² K3.2 Cast iron with vermicular graphite (GJV) 400-500 N/mm² K4.1 Malleable cast iron (GTMW, GTMB) 250-500 N/mm² K4.2 Malleable cast iron (GTMW, GTMB) 500-800 N/mm² No results found Non ferrous materials Search for value N1.1 Aluminium wrought alloys <= 200 N/mm² N1.2 Aluminium wrought alloys <= 350 N/mm² N1.3 Aluminium wrought alloys <= 550 N/mm² N1.4 Aluminium cast alloys Si <= 7% N1.5 Aluminium cast alloys 7% < Si <= 12% N2.1 Pure copper, low-alloyed copper <= 400 N/mm² N2.2 Copper-zinc alloys (brass, long-chipping) <= 550 N/mm² N2.3 Copper-zinc alloys (brass, short-chipping) <= 550 N/mm² N2.4 Copper-aluminium alloys (alu bronze, long-chipping) <= 800 N/mm² N2.5 Copper-tin alloys (tin bronze, long-chipping) <= 700 N/mm² N2.6 Copper-tin alloys (tin bronze, short-chipping) <= 400 N/mm² N3.1 Magnesium wrought alloys <= 500 N/mm² N3.2 Magnesium wrought alloys <= 500 N/mm² N4.1 Duroplastics (short-chipping) N4.2 Thermoplastics (long-chipping) N5.1 Graphite N5.2 Tungsten-copper alloys No results found Special materials Search for value S1.1 Pure titanium <= 450 N/mm² S1.2 Titanium alloys <= 900 N/mm² S1.3 Titanium alloys <= 1250 N/mm² No results found

Unit	Millimeter Inch