Twist drill bit HSCo DIN 338 type RN bronze point thinning

Name: Twist drill bit HSCo DIN 338 type RN bronze point thinning
Brand: Würth
SKU: 0635011250

Twist drill bit HSCo DIN 338 RN bronze sharpnd
DRL-TWST-MET-DIN338-HSCO-BRZ-SHRP-D12,5

Art.-no. 0635011250

EAN 4056807131184

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Twist drill bit HSCo DIN 338 type RN bronze point thinning

Art.-no. 0635011250

Price for selected packaging unit

Quantity

x 1 pcs

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The affordable, stable assembly drill bit for machining stainless steel and heat-resistant steels. Also suitable for general, broad applications in steel up to 1,200 N/mm² and in cast iron.

Self-centring, extremely stable, smooth drilling and high level of resistance to breakage

Combination of type A and type C point thinning

Ideal for construction site and assembly applications

Robust and durable design

Product packaging made of 100 % PCR (recycled plastic from household waste), 100 % recyclable and Cradle to Cradle Certified^® Bronze

Product information

Würth Catalogue

Datasheets(X)

Certificates/ Documents

Suitable for machine type	Cordless screwdrivers Drill Pedestal drilling machine
Material to be processed	Stainless steel Steel Cast iron
Quality	Würth-Standard
Standard / drilling depth	DIN 338 / 5xD
Diameter (Ø)	12.5 mm
Length (l1)	151 mm
Chip flute length (l2)	101 mm
Shank diameter	12.5 mm
Shank style	Cylindrical
Surface	Bronze
Cutting material	HSCo
Type	RN
Angle of the tip	118 Degree
Service life (points system)	3 of 4 points
Drilling speed (point system)	2 of 4 points
Bore hole quality (point system) ( )	2 of 4 points
Versatility (points system)	3 of 4 points
Drilling behaviour (point system)	3 of 4 points
Suitable for drill (points system)	3 of 4 points
Suitable for cordless drills (points system)	3 of 4 points
Suitable for upright drilling machine (points system)	3 of 4 points
Suitable for milling-drilling centre (points system)	2 of 4 points
Self-centring	Yes
Suitable for tensile strength up to	1200 N/mm²
Material of sub-group	General structural steels Non-alloyed tempering steels Nitriding steels Tool steels High-speed steels Cast iron Ductile iron Malleable cast iron White cast iron Stainless steels, martensitic Stainless steels, sulphurated Stainless steels, austenitic Spring steels Copper, low-alloyed Bronze, long-chipping Bronze, short-chipping Brass, long-chipping Brass, short-chipping Plastics, thermoset Plastics, thermoplastic

Cutting values
For dia. 1.0-2.5
Material designation	Tensile strength			from dia. 1.0			from dia. 2.0			from dia. 2.5
		v_c		n		f	n		f	n		f
		from	to	from	to		from	to		from	to
Steels
General structural steels	≤ 850 N/mm²	27	37	8594	11777	0,016	4297	5889	0,050	3438	4711	0,063
Unalloyed quenched and tempered steels	≤ 850 N/mm²	27	37	8594	11777	0,016	4297	5889	0,050	3438	4711	0,063
Low-alloy quenched and tempered steels	≤ 850 N/mm²	27	37	8594	11777	0,016	4297	5889	0,050	3438	4711	0,063
Unalloyed quenched and tempered steels	≤ 1,000 N/mm²	25	32	7958	10186	0,014	3979	5093	0,040	3183	4074	0,050
Low-alloy quenched and tempered steels	≤ 1,000 N/mm²	25	32	7958	10186	0,014	3979	5093	0,040	3183	4074	0,050
Alloyed quenched and tempered steels	≤ 1,200 N/mm²	12	16	3820	5093	0,012	1910	2546	0,032	1528	2037	0,040
Nitriding steels	≤ 1,200 N/mm²	12	16	3820	5093	0,012	1910	2546	0,032	1528	2037	0,040
Tool steels	≤ 1,200 N/mm²	12	16	3820	5093	0,012	1910	2546	0,032	1528	2037	0,040
High-speed steels	≤ 1,200 N/mm²	12	16	3820	5093	0,012	1910	2546	0,032	1528	2037	0,040
Stainless steels
Stainless steels	≤ 1,200	10	12	3183	3820	0,012	1592	1910	0,032	1273	1528	0,040
Hard materials
Spring steels	≤ 330 HB	12	16	3820	5093	0,012	1910	2546	0,032	1528	2037	0,040
Cast metals
Cast iron	≤ 350 HB	30	33	9549	10504	0,018	4775	5252	0,063	3820	4202	0,080
Spheroidal graphite and malleable iron	≤ 350 HB	24	28	7639	8913	0,018	3820	4456	0,063	3056	3565	0,080
Plastics
Plastics	≤ 200 N/mm²	20	30	6366	9549	0,016	3183	4775	0,050	2546	3820	0,063

For dia. 3.15-5.0
Material designation	Tensile strength			from dia. 3.15			from dia. 4.0			from dia. 5.0
		v_c		n		f	n		f	n		f
		from	to	from	to		from	to		from	to
Steels
General structural steels	≤ 850 N/mm²	27	37	2728	3739	0,080	2149	2944	0,100	1719	2355	0,100
Unalloyed quenched and tempered steels	≤ 850 N/mm²	27	37	2728	3739	0,080	2149	2944	0,100	1719	2355	0,100
Low-alloy quenched and tempered steels	≤ 850 N/mm²	27	37	2728	3739	0,080	2149	2944	0,100	1719	2355	0,100
Unalloyed quenched and tempered steels	≤ 1,000 N/mm²	25	32	2526	3234	0,063	1989	2546	0,080	1592	2037	0,080
Low-alloy quenched and tempered steels	≤ 1,000 N/mm²	25	32	2526	3234	0,063	1989	2546	0,080	1592	2037	0,080
Alloyed quenched and tempered steels	≤ 1,200 N/mm²	12	16	1213	1617	0,050	955	1273	0,063	764	1019	0,063
Nitriding steels	≤ 1,200 N/mm²	12	16	1213	1617	0,050	955	1273	0,063	764	1019	0,063
Tool steels	≤ 1,200 N/mm²	12	16	1213	1617	0,050	955	1273	0,063	764	1019	0,063
High-speed steels	≤ 1,200 N/mm²	12	16	1213	1617	0,050	955	1273	0,063	764	1019	0,063
Stainless steels
Stainless steels	≤ 1,200	10	12	1011	1213	0,050	796	955	0,063	637	764	0,063
Hard materials
Spring steels	≤ 330 HB	12	16	1213	1617	0,050	1910	2546	0,063	764	1019	0,063
Cast metals
Cast iron	≤ 350 HB	30	33	3032	3335	0,100	2387	2626	0,125	1910	2101	0,125
Spheroidal graphite and malleable iron	≤ 350 HB	24	28	2425	2829	0,100	1910	2228	0,125	1528	1783	0,125
Plastics
Plastics	≤ 200 N/mm²	20	30	2021	3032	0,080	1592	2387	0,100	1273	1910	0,100

For dia. 6.3-10.0
Material designation	Tensile strength			from dia. 6.3			from dia. 8.0			from dia. 10.0
		v_c		n		f	n		f	n		f
		from	to	from	to		from	to		from	to
Steels
General structural steels	≤ 850 N/mm²	27	37	1364	1869	0,125	1074	1472	0,160	859	1178	0,200
Unalloyed quenched and tempered steels	≤ 850 N/mm²	27	37	1364	1869	0,125	1074	1472	0,160	859	1178	0,200
Low-alloy quenched and tempered steels	≤ 850 N/mm²	27	37	1364	1869	0,125	1074	1472	0,160	859	1178	0,200
Unalloyed quenched and tempered steels	≤ 1,000 N/mm²	25	32	1263	1617	0,100	995	1273	0,125	796	1019	0,160
Low-alloy quenched and tempered steels	≤ 1,000 N/mm²	25	32	1263	1617	0,100	995	1273	0,125	796	1019	0,160
Alloyed quenched and tempered steels	≤ 1,200 N/mm²	12	16	606	808	0,080	477	637	0,100	382	509	0,125
Nitriding steels	≤ 1,200 N/mm²	12	16	606	808	0,080	477	637	0,100	382	509	0,125
Tool steels	≤ 1,200 N/mm²	12	16	606	808	0,080	477	637	0,100	382	509	0,125
High-speed steels	≤ 1,200 N/mm²	12	16	606	808	0,080	477	637	0,100	382	509	0,125
Stainless steels
Stainless steels	≤ 1,200	10	12	505	606	0,080	398	477	0,100	318	382	0,125
Hard materials
Spring steels	≤ 330 HB	12	16	606	808	0,080	477	637	0,100	382	509	0,125
Cast metals
Cast iron	≤ 350 HB	30	33	1516	1667	0,160	1194	1313	0,200	955	1050	0,250
Spheroidal graphite and malleable iron	≤ 350 HB	24	28	1213	1415	0,160	955	1114	0,200	764	891	0,250
Plastics
Plastics	≤ 200 N/mm²	20	30	1011	1516	0,125	796	1194	0,160	637	955	0.200

For dia. 12.5-16.0
Material designation	Tensile strength			from dia. 12.5			from dia. 16.0
		v_c		n		f	n		f
		from	to	from	to		from	to
Steels
General structural steels	≤ 850 N/mm²	27	37	688	942	0,200	537	736	0,250
Unalloyed quenched and tempered steels	≤ 850 N/mm²	27	37	688	942	0,200	537	736	0,250
Low-alloy quenched and tempered steels	≤ 850 N/mm²	27	37	688	942	0,200	537	736	0,250
Unalloyed quenched and tempered steels	≤ 1,000 N/mm²	25	32	637	815	0,160	497	637	0,200
Low-alloy quenched and tempered steels	≤ 1,000 N/mm²	25	32	637	815	0,160	497	637	0,200
Alloyed quenched and tempered steels	≤ 1,200 N/mm²	12	16	306	407	0,125	239	318	0,160
Nitriding steels	≤ 1,200 N/mm²	12	16	306	407	0,125	239	318	0,160
Tool steels	≤ 1,200 N/mm²	12	16	306	407	0,125	239	318	0,160
High-speed steels	≤ 1,200 N/mm²	12	16	306	407	0,125	239	318	0,160
Stainless steels
Stainless steels	≤ 1,200	10	12	255	306	0,125	199	239	0,160
Hard materials
Spring steels	≤ 330 HB	12	16	306	407	0,125	239	318	0,160
Cast metals
Cast iron	≤ 350 HB	30	33	764	840	0,250	597	657	0,315
Spheroidal graphite and malleable iron	≤ 350 HB	24	28	611	713	0,250	477	557	0,315
Plastics
Plastics	≤ 200 N/mm²	20	30	509	764	0,200	398	597	0,250

Key
v_c = cutting speed [m/min]
f = feed [mm/r]
n = rotation speed [rpm]
The suggested cutting values are reference values and must be adapted to the respective conditions.

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