EPBRT202035HU - Image 1
EPBRT202035HU - Image 2
EPBRT202035HU - Image 3

EPBRT202035HU

€17.59

R: 1R
d:2
θ:0.5°
L1: 4
L2: 35
d2: 2.54
L: 75
D: 6
F: 2

SKU: EPBRT202035HU
EPBRT2f
Product No. Radius
(R)		 Diameter
(d)		 θ ̊ CL
(L1)		 EFF-L
(L2)		 NL
(d2)		 OAL
(L)		 Shank
(D)		 Flutes
(F)
EPBRT201023AU 0.5R 1 1.5° 2 23 2,10 60 6 2
EPBRT2010235U 0.5R 1 5.0° 2 23 4,67 60 6 2
EPBRT2010423U 0.5R 1 3.0° 2 42 5,19 75 6 2
EPBRT202035HU 1.0R 2 0.5° 4 35 2,54 75 6 2
EPBRT2020351U 1.0R 2 1.0° 4 35 3,08 75 6 2
EPBRT202023AU 1.0R 2 1.5° 4 23 3,00 60 6 2
EPBRT202035AU 1.0R 2 1.5° 4 35 3,62 75 6 2
EPBRT2020235U 1.0R 2 5.0° 4 23 5,32 60 6 2
EPBRT2020413U 1.0R 2 3.0° 4 41 5,88 75 6 2
EPBRT203052AU 1.5R 3 1.5° 6 52 5,40 100 6 2
EPBRT2030323U 1.5R 3 3.0° 6 32 5,73 75 6 2
EPBRT204046AU 2.0R 4 1.5° 8 46 6,00 100 6 2
EPBRT2040273U 2.0R 4 3.0° 8 27 6,00 75 6 2

Description

EPBRT202035HU – Solid Carbide Endmill
Taper Neck ∙ Ball Nose ∙ 2F

Radius (R): 1R
d: 2
θ: 0.5°
CL (L1): 4
EFF-L (L2): 35
NL (d2): 2.54
OAL (L): 75
Shank (D): 6
Flutes (F): 2

Suitable for HRC 30 to HRC 55 Ordinary Steel, Alloy Steel, Cast Iron, Heat-Resistant Steel, etc.
Suitable for high performance profile milling.
High strength of taper neck, can cut deep grooves without breaking.

Material Group Description Content Tensile Strength (MPa)* Hardness (HB) Hardness (HRC) DIN Standards
P1 Low-Carbon Steels C < 0.25% < 530 < 125 - C15, Ck22, ST37-2, S235JR, 9SMnPb28, GS38
P2 Medium-Carbon Steels, High-Carbon Steels C > 0.25% < 530 < 220 < 25 ST52, S355JR, C35, GS60, Cf53
P3 Alloy Steels, Tool Steels C > 0.25% 600 ~ 850 < 330 < 35 16MnCr5, Ck45, 21CrMoV5-7, 38SMn28
P4 Alloy Steels, Tool Steels C > 0.25% 800 ~ 1000 350 ~ 450 35 ~ 48 100Cr6, 105MnCr4, 51CrMnV4, 105WCr6, 100Cr2
P5 Ferritic, Martensitic, PH Stainless Steels C = 0~0.4% 600 ~ 850 < 330 < 35 X6Cr13, X10Cr13, X20Cr13, X12CrMoS17, X20CrMo13
P6 Austenitic Stainless Steel C = 0.1~0.6% 900 ~ 1350 350 ~ 450 35 ~ 48 X40CrMoV51, H1, X155CrVMo121, S6-5-2-5, X45Cr13, X120Mn12
M1 Austenitic Stainless Steel C = 0.05~0.15% < 650 130 ~ 200 - X5CrNi1810, GX6CrNiMo1810, X6CrNiMoTi17122, X8CrNiMoAl1572
M2 High-Strength Austenitic Stainless and Cast Stainless Steels C = 0.05~0.15% 500 ~ 700 150 ~ 230 < 25 X2CrNiMo134, X10CrNi189, X5CrNiCuNb1744
M3 Duplex Stainless Steel C = 0.05~0.2% < 900 135 ~ 275 < 30 X2CrNiMoN2315, X20CrNiSi254, GX40CrNiSi274, X2CrNiMoN2253
K1 Grey Cast Iron - 150 ~ 400 120 ~ 290 < 32 GG10, GG15, GG20, GG25, GG40
K2 Low- and Medium-Strength Ductile Irons and Compacted Graphite Irons (CGI) - 400 ~ 600 130 ~ 260 < 28 GGG35.3, GGG40.3, GGG70
K3 High-Strength Ductile Irons and Austempered Ductile Iron (ADI) - 600 ~ 900 180 ~ 350 < 43 GTW-35-04, GTW-65, GTS-35-10, GTS-45-06
N1 Wrought Aluminium - < 520 60 ~ 90 < 43 AIMg1, AI99.5, AICuMg1, AICuBiPb, AIMgSi1, ALMgSiPb
N2 Low-Silicon Aluminium Alloys Si < 12.2% < 350 70 ~ 120 < 43 GAISiCu4, GDAISi10Mg
N3 High-Silicon Aluminium Alloys Si < 12.2% 200 ~ 320 60 ~ 120 < 43 G-ALSi12, G-AlSi17Cu4, G-AISi21CuNiMg
N4 Copper and Copper Alloys - 200 ~ 650 60 ~ 200 < 43 CuZn40, Ms60, G-CuSn5ZnPb, CuZn37, CuSi3Mn
N5 Nylon, Plastics - - - < 43 Lexan, Hostalen, Polystyrol, Makrolon
N6 Carbon, Graphite Composites, CFRP - 600 ~ 1500 - < 43 CFRP, CFK, GFK
S1 Iron-Based, Heat-Resistant Alloys - 500 ~ 1200 160 ~ 260 25 ~ 48 X1NiCrMoCu32287, X12NiCrSi3616, X5NiCrAITi3120,X40CoCrNi20 20
S2 Cobalt-Based, Heat-Resistant Alloys - 1000 ~ 1450 250 ~ 450 25 ~ 48 Haynes 188, Stellite 6, 21, 31
S3 Nickel-Based, Heat-Resistant Alloys - 600 ~ 1700 160 ~ 450 33 ~ 48 NiCr29Fe, NiCr22Mo9Nb, NiCr20Mo, NiCr19FeNbMo, NiCr16Fe7TiAl
S4 Titanium and Titanium Alloys - - 300 ~ 400 33 ~ 48 Ti1, TiAI5Sn2, TiAI6V4, TiAI4Mo4Sn2
H1 Hardened Materials - - < 460 < 48 GX260NiCr42, GX330NiCr42, GX300CrNiSi952, GX300CrMo153
H2 Hardened Materials - - 460 ~ 560 48 ~ 55 -
H3 Hardened Materials - - 560 ~ 650 56 ~ 60 -
H4 Hardened Materials - - > 650 > 60 -

Additional information

Material

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Diameter

Θ

Radius

CL

OAL

EFF-L

NL

Shank

Flutes

EPBST2f