Single angle milling cutter HSS DIN 842A type H - SNGLANGLCTR-DIN842A-HSS-D50X60°

Single angle milling cutter HSS DIN 842A type H

Name: Single angle milling cutter HSS DIN 842A type H
Brand: Würth
SKU: 5443601262

Single angle milling cutter HSS DIN 842A Z18-24 type H
SNGLANGLCTR-DIN842A-HSS-D50X60°

Art.-no. 5443601262

EAN 4055375881903

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Single angle milling cutter HSS DIN 842A type H

Art.-no. 5443601262

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Recommended for milling straight grooves and guides in construction steels, case-hardened steels and tempering steels up to a strength of 1,100 N/mm².

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Product code	3293
Material to be processed	Steel, Cast metal, Stainless steel, Titanium, Copper, Brass, Plastic
Standards	DIN 842
Angle (σ)	60 Degree
Diameter (d1 (js16))	50 mm
Cutting width (b)	16
Bore diameter (d2 (H7))	13 mm
Number of cutting edges (Z)	16 PCS
Cutting material	HSS
Surface	Plain
Tolerance of cutting edge diameter	js16
Tool holding device	With longitudinal groove DIN 138
Material of sub-group	General structural steels, Non-alloyed tempering steels < 1000 N/mm², Alloyed tempering steels < 1000 N/mm², Nitriding steels < 1300 N/mm², Grey cast iron, Malleable cast iron, Stainless steels < 850 N/mm², Stainless steels > 850 N/mm², Titanium, Titanium alloys, Copper, Brass, Plastics

Cutting values for finishing contour
For dia. 50 to dia. 125
Material designation	Tensile strength	Cooling	v_c	f_z
				Dia. 50	Dia. 63	Dia. 80	Dia. 100	Dia. 125
General structural steels	< 500 N/mm²	E	30	0,057	0,068	0,080	0,091	0,103
General structural steels	500-850 N/mm²	E	25	0,050	0,060	0,070	0,080	0,090
Machining steels	< 850 N/mm²	E	25	0,035	0,042	0,049	0,056	0,063
Machining steels	850-1000 N/mm²	E	20	0,035	0,042	0,049	0,056	0,063
Unalloyed heat-treated steels	< 700 N/mm²	E	25	0,035	0,042	0,049	0,056	0,063
	700-850 N/mm²	E	25	0,035	0,042	0,049	0,056	0,063
	850-1000 N/mm²	E	20	0,035	0,042	0,049	0,056	0,063
Alloyed heat-treated steels	850-1000 N/mm²	E	20	0,035	0,042	0,049	0,056	0,063
Alloyed heat-treated steels	1000-1200 N/mm²	E	17	0,040	0,048	0,056	0,064	0,072
Non-alloyed case-hardening steels	< 750 N/mm²	E	25	0,035	0,042	0,049	0,056	0,063
Alloyed case-hardening steels	< 1000 N/mm²	E	20	0,035	0,042	0,049	0,056	0,063
Alloyed case-hardening steels	1000-1200 N/mm²	E	17	0,040	0,048	0,056	0,064	0,072
Nitriding steels	< 1000 N/mm²	E	20	0,035	0,042	0,049	0,056	0,063
Nitriding steels	1000-1200 N/mm²	E	17	0,040	0,048	0,056	0,064	0,072
Tool steels	< 850 N/mm²	E	25	0,035	0,042	0,049	0,056	0,063
	850-1100 N/mm²	E	17	0,040	0,048	0,056	0,064	0,072
	1100-1400 N/mm²	E	12	0,040	0,048	0,056	0,064	0,072
High-speed steels	850-1200 N/mm²	E	12	0,048	0,058	0,067	0,077	0,086
Wear-resistant constructional steel	1350 N/mm²	E	8	0,040	0,048	0,056	0,064	0,072
Spring steels	< 1200 N/mm²	E	8	0,040	0,048	0,056	0,064	0,072
Stainless steels, sulphurated	< 700 N/mm²	E	25	0,035	0,042	0,049	0,056	0,063
Stainless steels, austenitic	< 700 N/mm²	E	25	0,035	0,042	0,049	0,056	0,063
Stainless steels, austenitic	< 850 N/mm²	E	20	0,035	0,042	0,049	0,056	0,063
Stainless steels, martensitic	< 1100 N/mm²	E	17	0,040	0,048	0,056	0,064	0,072
Special alloys	< 1200 N/mm²	E	8	0,040	0,048	0,056	0,064	0,072
Cast iron	< 180 HB	-	25	0,035	0,042	0,049	0,056	0,063
Cast iron	> 180 HB	-	20	0,035	0,042	0,049	0,056	0,063
Spheroidal graphite, malleable iron	> 180 HB	-	20	0,035	0,042	0,049	0,056	0,063
Spheroidal graphite, malleable iron	> 260 HB	E	17	0,035	0,042	0,049	0,056	0,063
Titanium, titanium alloys	< 850 N/mm²	E	12	0,040	0,048	0,056	0,064	0,072
Copper, low-alloy	< 350 N/mm²	E	70	0,062	0,074	0,087	0,099	0,112
Brass, short-chipping	< 600 N/mm²	-	60	0,062	0,074	0,087	0,099	0,112
Brass, long-chipping	< 600 N/mm²	-	60	0,062	0,074	0,087	0,099	0,112
Bronze, short-chipping	< 600 N/mm²	-	60	0,062	0,074	0,087	0,099	0,112
Bronze, short-chipping	650-850 N/mm²	-	50	0,062	0,074	0,087	0,099	0,112
Bronze, long-chipping	< 850 N/mm²	E	50	0,062	0,074	0,087	0,099	0,112
Bronze, long-chipping	850-1200 N/mm²	E	40	0,068	0,082	0,095	0,109	0,122

Legend
E = emulsion
v_c = cutting speed [m/min]
f_z = feed per tooth [mm/z]
The suggested cutting values are reference values and must be adapted to the respective conditions.