4 flute roughing endmill

Carbide Roughing Endmill, E450 HR (fine), R20 UNI, DIN6527L

£47.09 – £165.97

Carbide Roughing Endmill, E450 HR (fine), R20 UNI, DIN6527L

SKU: 01t28000001sPtwAAE Categories: , ,

Description

Carbide Roughing Endmill, E450 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
Features
Application
Specification
pitemdiameterd1mmdiameterd1inchlengthl1mmlengthl2mmdiameterd2mmz RRP
(inc GST)		 Image Info
E4500600 6.00 NA 57 13 6 3 £47
  • E4500600
  • 6.00
  • NA
  • 57
  • 13
  • 6
  • 3
  • Pack Qty: 1
  • Barcode: 9311963565743
  • Order Multiple: 1
E4500800 8.00 NA 63 19 8 3 £54
  • E4500800
  • 8.00
  • NA
  • 63
  • 19
  • 8
  • 3
  • Pack Qty: 1
  • Barcode: 9311963565750
  • Order Multiple: 1
E4501000 10.00 NA 72 22 10 4 £59
  • E4501000
  • 10.00
  • NA
  • 72
  • 22
  • 10
  • 4
  • Pack Qty: 1
  • Barcode: 9311963565767
  • Order Multiple: 1
E4501200 12.00 NA 83 26 12 4 £70
  • E4501200
  • 12.00
  • NA
  • 83
  • 26
  • 12
  • 4
  • Pack Qty: 1
  • Barcode: 9311963565774
  • Order Multiple: 1
E4501600 16.00 NA 92 32 16 4 £111
  • E4501600
  • 16.00
  • NA
  • 92
  • 32
  • 16
  • 4
  • Pack Qty: 1
  • Barcode: 9311963565781
  • Order Multiple: 1
E4502000 20.00 NA 104 38 20 4 £166
  • E4502000
  • 20.00
  • NA
  • 104
  • 38
  • 20
  • 4
  • Pack Qty: 1
  • Barcode: 9311963565798
  • 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
HA
Helix Angle
R20
Point Tolerance
h10
Shank Tolerance
h6
Point Form
45° Corner Chamfer
Standard
DIN6527L
Rake Angle
8