Carbide Roughing Endmill, E451 HR (fine), R20 UNI, DIN6527L
Carbide Roughing Endmill, E451 HR (fine), R20 UNI, DIN6527L
Carbide Roughing Endmill, E451 HR (fine), R20 UNI, DIN6527L
Carbide Roughing Endmill, E451 HR (fine), R20 UNI, DIN6527L

Carbide Roughing Endmill, E451 HR (fine), R20 UNI, DIN6527L

£48.75 – £167.64

Carbide Roughing Endmill, E451 HR (fine), R20 UNI, DIN6527L

SKU: 01t28000001sPu7AAE Categories: ,

Description

Carbide Roughing Endmill, E451 HR (fine), R20 UNI, DIN6527L  3/4 Flute.  For roughing applications, HR geometry allows for heavy cuts in harder materials. Suitable for materials up to 1200 N/mm2. TiAIN for longer tool life.

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Range
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Application
Specification
pitemdiameterd1mmdiameterd1inchlengthl1mmlengthl2mmdiameterd2mmz RRP
(inc GST)		 Image Info
E4510600 6.00 NA 57 13 6 3 £49
  • E4510600
  • 6.00
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  • 57
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  • 6
  • 3
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E4510800 8.00 NA 63 19 8 3 £56
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E4511000 10.00 NA 72 22 10 4 £60
  • E4511000
  • 10.00
  • NA
  • 72
  • 22
  • 10
  • 4
  • Pack Qty: 1
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E4511200 12.00 NA 83 26 12 4 £72
  • E4511200
  • 12.00
  • NA
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  • 26
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E4511600 16.00 NA 92 32 16 4 £113
  • E4511600
  • 16.00
  • NA
  • 92
  • 32
  • 16
  • 4
  • Pack Qty: 1
  • Barcode: 9311963565842
  • Order Multiple: 1
E4512000 20.00 NA 104 38 20 4 £168
  • E4512000
  • 20.00
  • NA
  • 104
  • 38
  • 20
  • 4
  • Pack Qty: 1
  • Barcode: 9311963565859
  • Order Multiple: 1
  • Rougher, HR (fine), R20 WN, Long
  • HR geometry allows for heavier cuts in harder materials
  • Suitable for materials up to 1200 N/mm2
  • TiAiN for longer tool life
ISO VDI Description Condition Hardness Strength Optimal
P 1 Steel - Non-alloy, cast & free cutting (~ 0.15 %C) Annealed 125 440
P 2 Steel - Non-alloy, cast & free cutting (~ 0.45 %C) Annealed 190 640
P 3 Steel - Non-alloy, cast & free cutting (~ 0.45 %C) Quenched & Tempered 250 840
P 4 Steel - Non-alloy, cast & free cutting (~ 0.75 %C) Annealed 270 910
P 5 Steel - Non-alloy, cast & free cutting (~ 0.75 %C) Quenched & Tempered 300 1010
P 6 Steel - Low alloy & cast < 5% of alloying elements Annealed 180 610
P 7 Steel - Low alloy & cast < 5% of alloying elements Quenched & Tempered 275 930
P 8 Steel - Low alloy & cast < 5% of alloying elements Quenched & Tempered 300 1010
P 10 Steel - High alloy, cast & tool Annealed 200 680
K 15 Cast Iron, Grey (GG) - Ferritic / Pearlitic 180 610
K 16 Cast Iron, Grey (GG) - Pearlitic 260 880
K 17 Cast Iron, Nodular (GGG) - Ferritic 160 570
K 18 Cast Iron, Nodular (GGG) - Pearlitic 250 840
K 19 Cast Iron, Malleable - Ferritic 130 460
K 20 Cast Iron, Malleable - Pearlitic 230 780
S 31 High temperature alloys - Fe based Annealed 200 680
S 32 High temperature alloys - Fe based Age Hardened 280 950
S 33 High temperature alloys - Ni / Co based Annealed 250 840
S 34 High temperature alloys - Ni / Co based Age Hardened 350 1180
S 35 High temperature alloys - Ni / Co based Cast 320 1080
S 36 Titanium & Titanium alloys - CP Titanium 400
S 37.1 Titanium & Titanium alloys - Alpha alloys 860
S 37.2 Titanium & Titanium alloys - Alpha / Beta alloys Annealed 960
S 37.3 Titanium & Titanium alloys - Alpha / Beta alloys Age Hardened 1170
S 37.4 Titanium & Titanium alloys - Beta alloys Annealed 830
S 37.5 Titanium & Titanium alloys - Beta alloys Age Hardened 1400
H 40 Cast Iron - Chilled Cast 400 1350

KEY

Optimal Effective PSteel MStainless KCast Iron NNon-Ferous Metals STitanium & Super Alloys HHard Materials
Designation
WN
Material
VHM
Finish
TiAIN
Shank Form
HB
Helix Angle
R20
Point Tolerance
h10
Shank Tolerance
h6
Point Form
45° Corner Chamfer
Standard
DIN6527L
Rake Angle
8