Page 166 - 21-036 APPLITEC catalogue.indb

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Application Material [mm] z [m/min] [mm] [mm] [mm] [min ] -1 [mm/min] [cm /min]
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Nickel-based alloys 10.00 4 35 0.030 18.000 4.000 1115 134 9.6
annealed 12.00 4 35 0.040 21.600 4.800 930 149 15.4
Rm <1000 N/mm² 16.00 4 35 0.045 28.800 6.400 695 125 23.1
[Inconel 718] 20.00 4 35 0.055 36.000 8.000 555 122 35.2
Nickel-based alloys 10.00 4 25 0.025 18.000 4.000 795 80 5.7
precipitation hardened 12.00 4 25 0.030 21.600 4.800 665 80 8.3
Rm > 1000 N/mm² 16.00 4 25 0.035 28.800 6.400 495 69 12.8
[Inconel 718] 20.00 4 25 0.045 36.000 8.000 400 72 20.7
Manganese steel 10.00 4 40 0.030 18.000 4.000 1275 153 11.0
Mn >5% 12.00 4 40 0.040 21.600 4.800 1060 170 17.6
[1.3964 / Nitronic] 16.00 4 40 0.045 28.800 6.400 795 143 26.4
[1.3401 / X120Mn12] 20.00 4 40 0.055 36.000 8.000 635 140 40.2

Inox difficult 10.00 4 50 0.050 18.000 4.000 1590 318 22.9
[Cr-Ni-Mo++/1.4529] 12.00 4 50 0.060 21.600 4.800 1325 318 33.0
Heat resistant steel 16.00 4 50 0.065 28.800 6.400 995 259 47.7
[1.4841] 20.00 4 50 0.080 36.000 8.000 795 254 73.3

PM high-speed steel 10.00 4 80 0.030 18.000 4.000 2545 305 22.0
annealed 12.00 4 80 0.040 21.600 4.800 2120 339 35.2
[Böhler S390] 16.00 4 80 0.045 28.800 6.400 1590 286 52.8
[ASP 2023] 20.00 4 80 0.055 36.000 8.000 1275 281 80.8

Titanium alloys 10.00 4 70 0.030 18.000 4.000 2230 268 19.3
> 300 HB 12.00 4 70 0.035 21.600 4.800 1855 260 26.9
[Ti6Al4V] 16.00 4 70 0.040 28.800 6.400 1395 223 41.1
20.00 4 70 0.050 36.000 8.000 1115 223 64.2

Nickel-based alloys 10.00 4 25 0.025 12.000 10.000 795 80 9.5
annealed 12.00 4 25 0.030 14.400 12.000 665 80 13.8
Rm <1000 N/mm² 16.00 4 25 0.035 19.200 16.000 495 69 21.3
[Inconel 718] 20.00 4 25 0.045 24.000 20.000 400 72 34.6

Nickel-based alloys 10.00 4 20 0.020 12.000 10.000 635 51 6.1
precipitation hardened 12.00 4 20 0.025 14.400 12.000 530 53 9.2
Rm > 1000 N/mm² 16.00 4 20 0.030 19.200 16.000 400 48 14.7
[Inconel 718] 20.00 4 20 0.035 24.000 20.000 320 45 21.5

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