Description

• Universal use for slotting & finishing applications, with one tool

Dimensions

• d1 (mm): 4
• d2 (mm): 6
• l1 (mm): 54
• l2 (mm): 5
• Quantity: 1

Features

• Endmill, 3 Flute, R45 NH, Short
• Optimized geometry for soft materials
• Suitable for materials up to 45 HRC
• AlCrN for longer tool life

Specifications

• Designation: NH
• Material: VHM
• Finish: AlCrN
• Shank Form: HA
• Helix Angle: R45
• Point Tolerance: e8
• Shank Tolerance: h6
• Point Form: Square End
• Type: N (finishing)
• Rake Angle: 12
• Standard: DIN6527K

Applications

• Optimal for Steel - Non-alloy, cast & free cutting (~ 0.45 %C)- 250 HB
• Optimal for Steel - Non-alloy, cast & free cutting (~ 0.75 %C)- 270 HB
• Optimal for Steel - Non-alloy, cast & free cutting (~ 0.75 %C)- 300 HB
• Optimal for Steel - Low alloy & cast < 5% of alloying elements- 275 HB
• Optimal for Steel - Low alloy & cast < 5% of alloying elements- 300 HB
• Optimal for Steel - Low alloy & cast < 5% of alloying elements- 350 HB
• Optimal for Steel - High alloy, cast & tool- 200 HB
• Optimal for Steel - High alloy, cast & tool- 325 HB
• Optimal for Steel - Corrosion resistant & cast – Martensitic – 240 HB
• Optimal for Stainless Steel – Duplex- 250 HB
• Optimal for Stainless Steel - Precipitation Hardening- 250 HB
• Optimal for Cast Iron, Grey (GG) - Pearlitic- 260 HB
• Optimal for Cast Iron, Nodular (GGG) – Ferritic- 160 HB
• Optimal for Cast Iron, Pearlitic (GGG) – Ferritic- 250 HB
• Optimal for Cast Iron, Malleable – Ferritic- 130 HB
• Optimal for Cast Iron, Malleable – Pearlitic- 230 HB
• Optimal for High temperature alloys - Fe based – 200 HB
• Optimal for High temperature alloys - Fe based – 280 HB
• Optimal for High temperature alloys - Ni / Co based – 250 HB
• Optimal for High temperature alloys - Ni / Co based – 350 HB
• Optimal for Titanium & Titanium alloys - Alpha alloys
• Optimal for Titanium & Titanium alloys - Alpha / Beta alloys
• Optimal for Titanium & Titanium alloys - Beta alloys
• Optimal for Cast Iron – Chilled – 400 HB