GUHRING - Техническая часть - 2011
для размещения заказа - guhring@guhring-tools.ru
Материалы
Новые обозначения материалов (выборочные марки)
Мат. Обозначение Обозначение Мат. Обозначение Обозначение Мат. Обозначение Обозначение Мат. О бозначение О б о зн ачени е
№ старое новое № старое новое № старое новое
№ старое новое
0.6010 G G 1 0 EN -G JL-100 1.0728 6 0 S 20 - 1.4436 X 5 C r N iM o 17133 X 3 C r N iM o i7 - i3 - 3 1.7043 - 38C r4
1.0736 9 S M n 3 6 11SM n37 1.7147 20 M nC r 5 20M nC r5
0.6020 G G 2 0 E N -G JL-200 1.0737 9 S M n P b 3 6 11SM nPb37 1.4438 X 2 C r N iM o i8 i6 4 X 2 C rN iM 0 1 8 -1 5 -4 1.7149 20 M nC rS 5 20M nC rS5
1.0756 3 5 S P b 2 0 35SPb20 1.7176 55 C r 3 55C r3
0.6025 G G 2 5 E N -G JL-250 1.0757 4 5 S P b 2 0 46SPb20 1.4460 X 4 C r N iM o 2 7 5 2 X 3 C rN iM o N 2 7 -5 -2 1.7182 27 M nC rB 5 2 27M nC rB5-2
1.0760 - 38SM n26 1.7185 33 M nC rB 5 2 33M nC rB5-2
0.6035 G G 3 5 E N -G JL-350 1.0761 - 38SM nPb26 1.4462 X 2 C rN iM o N 2 2 5 3 X 2 C rN iM o N 2 2 -5 -3 1.7189 39 M nC rB 6 2 39M nC rB6-2
1.0762 - 44SM n28 1.7213 25 C rM o S 4 25C rM oS4
0.7050 G G G 50 E N -G JS - 500-7 1.0763 - 44SM nPb28 1.4509 X 6 C r T iN b 18 X 2 C rT iN b18 1.7218 25 C rM o 4 25C rM o4
1.0873 - D C 06 [Fe P 06] 1.7219 - 26C rM o4-2
0.7070 G G G 7 0 E N -G JS - 700-2 1.1103 E S tE 2 5 5 S255NL1 1.4510 X 6 C r T i 17 X 3C rT i17 1.7220 34 C rM o 4 34C rM o4
1.1105 E S tE 3 15 S315NL1 1.7225 42 C rM o 4 42C rM o4
0.8035 G T W 3 5 E N -G JM W -350-4 1.1121 C k 10 C10E 1.4511 X 6 C r N b 17 X3C rN b17 1.7226 34 C rM oS 4 34C rM oS4
1.1141 C k 1 5 C15E 1.7227 42 C rM o S 4 42C rM oS4
0.8155 G T S 5 5 E N -G JM B -550-4 1.1151 C k 2 2 C22E 1.4512 X 6 C r T i 12 X 2C rT i12 1.7228 50 C rM o 4 50C rM o4
1.1158 C k 2 5 C25E 1.7264 20 C rM o 5 20C rM o5
0.8170 G T S 7 0 E N -G JM B -700-2 1.1170 2 8 M n 6 28M n6 1.4520 X1 C rT i 15 X 2C rT i17 1.7321 2 0 M o C r 4 20M oC r4
1.1178 C k 3 0 C30E 1.7323 20 M oC rS 4 20M oC rS4
1.0022 S t 0 1 Z - 1.1181 C k 3 5 C35E 1.4521 X 2 C rM o T i 18 2 X 2 C rM o T i1 8 -2 1.7333 22 C rM o S 3 5 22C rM oS3-5
1.1186 C k 4 0 C40E 1.7335 13 C rM o 4 4 13C rM o4-5
1.0035 S t 3 3 S 185 1.1191 C k 4 5 C45E 1.4522 X 2 C r M o N b 18 2 X 2 C rM o N b 1 8 -2 1.7362 12 C rM o 19 5 12C rM o19-5
1.1203 C k 5 5 C55E 1 .7 3 8 0 10 C rM o 9 10 10C rM o9-10
1.0039 S t 3 7 -2 S 235 JRH 1.1206 C k 50 C50E 1.4532 X 7 C rN iM o A 1 15 7 X 8 C rN iM o A h 5 -7 -2 1.7383 - 11C rM o9-10
1.1221 C k 60 C60E 1.7779 - 20C rM oV 13-5-5
1.0044 S t 4 4 -2 S 275 JR 1.1241 C m 5 0 C50R 1.4541 X 6 C rN iT i1 8 10 X 6C rN iT i18-10 1.8159 50 C rV 4 51 C r V 4
1.1750 C 7 5 W C75W 1.8504 34 C rAI 6 34C rA I6
1.0050 S t 5 0 -2 E295 1.2067 102 C r 6 102 C r6 1.4542 X 5 C rN iC u N b 17 4 X 5 C rN iC u N b 1 6 -4 1 .8 5 1 9 31 C r M o V 9 31C rM oV9
1.2080 - Х210СП2 1.8550 34 C rA IN i 7 34C rA IN i7
1.0060 S t 6 0 -2 E335 1.2083 - Х42СИЗ 1.4550 X 6 C r N iN b 18 10 X 6 C rN iN b 1 8 -1 0 1.8807 13 M n N iM o V 5 4 13M nN iM oV 5-4
1.2419 - 105W Cr6 1.8812 18 M n M o V 5 2 18M nM oV5-2
1.0070 S t 7 0 -2 E 360 1.2767 - X 4 5 N iC rM o 4 1.4558 X 2 N iC rA IT i 32 20 X 2 N iC rA IT i3 2 -2 0 1.8815 18 M n M o V 6 3 18M nM oV 6-3
1.3243 S 6 -5 -2 -5 S 6-5-2-5 1.8821 S tE 3 5 5 TM P355M
1.0114 S t 3 7 - 3 U S 2 3 5 JO 1.3343 S 6 -5 -2 S 6-5-2 1.4567 X 3 C rN iC u 18 9 X X 3 C r N iC u 1 8 -9 -4 1.8824 S tE 42 0 TM P420M
1.3344 S 6 -5 -3 S 6-5-3 1.8826 S tE 46 0 TM P460M
1.0226 S t 0 2 Z D X 51 D 1.4000 X 6 C r 13 Х6СИЗ 1.4568 X 7 C r N iA 1 17 7 X 7C rN iA I17-7 1.8828 E S tE 420 TM P 420M L2
1.4002 X 6 C rA I 13 ХбС гАИ З 1.8831 E S tE 4 6 0 T M P 460M L2
1.0242 S tE 2 5 0 -2 Z S250G D 1.4003 X 2 C r 11 X 2C rN i12 1.4571 - X e C rN iM o T i 17-12-2 1.8832 T S tE 35 5 TM P355M L1
1.4005 - X12C rS13 1.8835 T S tE 420 TM P420M L1
1.0244 S tE 2 8 0 -2 Z S280G D 1.4006 X 1 0 C r 13 Х12С М З 1.4577 X 3 C rN iM o T i 2525 X 3 C rN iM o T i2 5 -2 5 1.8837 T S tE 460 TM P460M L1
1.4016 X 6 C r 17 X6C r17 1 .8 8 7 9 S tE ... P690Q
1.0250 S tE 3 2 0 -3 Z S 320G D 1.4021 X 2 0 C r 13 X 20Cr13 1.4592 X1 C rM o T i 2 9 4 X 2 C r M o T i2 9 - 4 1 .8 8 8 0 W S tE ... P690QH
1.4028 Х З О С г 13 X 30Cr13 1 .8 8 81 T S tE ... P690QL1
1.0301 C 10 - 1.4031 X 3 8 C r 13 X 38Cr13 1.4713 X IO C rA I 7 X 10C rA IS i7 1.8882 10 M nT i 3 10M nT i3
1.4034 X 4 6 C r 13 X 46Cr13 1 .8 8 8 8 E S tE ... P690QL2
1.0302 C 10 P b - 1.4037 X 6 5 C r1 3 X 65Cr13 1.4724 X IO C rA I 13 X 10C rA IS i13 1.8900 S tE 380 S380N
1.4057 X 2 0 C rN i 17 2 X 17C rN i16-2 1.8901 S tE 4 6 0 S460N
1.0306 S t 0 6 Z DX 54 D 1.4104 X 1 2 C rM o S 17 X 14C rM oS17 1.4742 X IO C r A 1 18 X 10C rA IS i18 1.8902 S tE 420 S420N
1.4105 X 4 C r M o S 18 X 6C rM oS17 1.8903 T S tE 460 S460NL
1.0312 S t 15 D C 05 [Fe P05] 1.4109 X 6 5 C r M o 14 X70C rM o15 1.4762 X IO C rA I 2 4 X 10C rA IS i25 1.8905 S tE 460 P460N
1.4110 X 5 5 C r M o 14 X55C rM o14 1.8907 S tE 50 0 S500N
1.0319 R R S tE 2 1 0 .7 L210GA 1.4112 X 9 0 C r M o V 18 X 90C rM oV18 1.4821 X 2 0 C r N iS i 2 5 4 X 2 0 C r N iS i2 5 - 4 1.8910 T S tE 380 S380NL
1.4113 Х б С гМ о 17 1 Х б С гМ о 17-1 1.8911 E S tE 3 8 0 S380NL1
1.0322 - DX 56 D 1.4116 X 4 5 C r M o V 15 X 50C rM oV15 1.4828 X 1 5 C rN iS i 2 0 12 X 1 5 C rN iS i2 0 -1 2 1.8912 T S tE 420 S420NL
1.4120 X 2 0 C r M o 13 X20C rM o13 1.8913 E S tE 420 S420NL1
1.0330 S t 12 [S t 2] DC01 [Fe P01 ] 1.4122 X 3 5 C r M o 17 X39C rM o17-1 1.4833 X 7 C r N i 2 3 14 X 7 C rN i2 3 -1 2 1.8915 T S tE 460 P460NL1
1.4125 X 1 0 5 C rM o 17 X 105C rM o17 1.8917 W S tE 500 S500NL
1.0333 U S t 13 - 1.4301 X 5 C rN i 18 10 X 5 C rN i 18-10 1.4841 X 1 5 C rN iS i 2 5 2 0 X 1 5 C rN iS i2 5 -2 1 1.8918 E S tE 460 P460NL2
1.4303 X 5 C rN i 18 12 X 4C rN i18-12 1.8919 E S tE 500 S500NL1
1.0338 S t 14 [S t 4 ] D C 04 [Fe P04] 1.4305 X IO C r N iS 18 9 X 8 C rN iS 18-9 1.4845 X 1 2 C rN i 2 5 21 X 12C rN i25-21 1.8930 W S tE 380 P380NH
1.4306 X 2 C rN i 19 11 X2C rN i19-11 1.8932 W S tE 420 P420NH
1.0345 H I P235GH 1.4310 X 1 2 C rN i 17 7 X 10C rN i18-8 1.4864 X 1 2 N iC rS i 3 6 16 X 1 2 N iC rS i3 5 -1 6 1.8935 W S tE 460 P460NH
1.4311 X 2 C rN iN 18 10 X 2C rN iN 18-10 1.8937 T S tE 500 P500NH
1.0347 R R S t 13 [R R S t 3] D C 0 3 [F e P 0 3 ] 1.4313 X 4 C rN i 13 4 X 3 C rN iM o13-4 1.4878 X 1 2 C rN iT i1 8 9 X 10C rN iT i18-10 1.8972 S tE 415.7 L415NB
1.4318 X 2 C rN iN 18 7 X 2 C rN iN 1 8 -7 1.8973 S tE 415.7 TM L415M B
1.0348 U H I P195GH 1.4335 X I C r N i 2 5 21 X 1C rN i25-21 1.4903 - X 10C rM oVN b9-1 1.8975 S tE 4 4 5 .7 TM L450M B
1.4361 X I C r N iS i 18 15 X IC rN iS i 18-15-4 1.8977 S tE 4 8 0 .7 TM L485M B
1.0350 S t 0 3 Z DX 52 D 1.4362 X 2 C rN iN 2 3 4 X 2 C rN iN 2 3 -4 1.5026 5 5 S i 7 55S i7 1.8978 S tE 5 5 0 .7 TM L555M B
1.4401 X 5 C rN iM o 1 7 1 2 2 X5C rN iM 017-12-2
1.0355 S t 0 5 Z DX 53 D 1.4404 X 2 C r N iM o 17132 X2C rN iM 017-12-2 1.5131 5 0 M n S i 4 50 M n S i4
1.4410 X IO C r N iM o 18 9 X2C rN iM oN 25-7-4
1.0356 T T S t 3 5 N P215NL 1.4418 X 4 C r N iM o 16 5 X 4 C rN iM o 1 6-5-1 1.5415 15 M o 3 16M o3
1.4435 X 2 C rN iM 0 1 8 1 4 3 X2C rN iM 018-14-3
1.0358 S t 0 5 Z - 1.5530 21 M n B 5 20M nB5
1.0401 C 15 - 1.5531 3 0 M n B 5 30M nB5
1.0402 C 2 2 C22 1.5532 3 8 M n B 5 38M nB5
1.0403 C 15 P b - 1.5637 10 N i 14 12N i14
1.0406 C 2 5 C25 1.5662 - X11C rM o5+l
1.0419 S t 5 2 .0 L355 1.5680 - X 12N i5
1.0424 S t 4 5 .8 (з а м е н е н ) P 2 6 5 1.5710 3 6 N iC r 6 36N iC r6
1.0424 S t 4 2 .8 (з а м е н е н ) P 2 6 5 1.5715 - 16N iC rS 4
1.0425 H 2 P265GH 1.5752 14 N iC r 14 15N iC r13
1.0429 S tE 2 9 0 .7 T M L290M B 1.6210 15 M n N i 6 3 15M nN i6-3
1.0457 S tE 2 4 0 .7 L245NB 1.6211 16 M n N i 6 3 16M nN i6-3
1.0459 R R S tE 2 4 0 .7 L245GA 1.6310 2 0 M n M o N i 5 5 2 0 M n M o N i5 - 5
1.0461 S tE 2 5 5 S255N 1.6311 2 0 M n M o N i 4 5 2 0 M n M o N i4 - 5
1.0473 19 M n 6 P355GH 1.6341 11 N iM o V 5 3 11 N iM o V 5 -3
1.0481 17 M n 4 P295GH 1.6368 15 N iC u M o N b 5 1 5 N iC u M o N b 5
1.0484 S tE 2 9 0 .7 L290NB 1.6511 3 6 C rN iM o 4 3 6 C rN iM o4
1.0486 S tE 2 8 5 P275N 1.6523 21 N iC rM o 2 21 N iC rM o 2 -2
1.0501 C 3 5 C35 1.6526 21 N iC rM o S 2 21 N iC rM o S 2 -2
1.0503 C 4 5 C45 1.6580 3 0 C rN iM o 8 3 0 C rN iM o8
1.0505 S tE 315 P315N 1.6582 3 4 C rN iM o 6 3 4 C rN iM o6
1.0511 C 4 0 C40 1.6587 17 C r N iM o 6 18C rN iM o7-6
1.0528 C 3 0 C30 1.7003 3 8 C r 2 38C r2
1.0529 S tE 3 5 0 -3 Z S 350G D 1.7006 4 6 C r 2 46C r2
1.0535 C 5 5 C55 1.7016 17 C r 3 17 C r3
1.0539 S tE 3 5 5 N S355NH 1.7023 3 8 C rS 2 38C rS2
1.0540 C 5 0 C50 1.7025 4 6 C rS 2 46C rS2
1.0547 S t 5 2 - 3 U S355J0H 1.7030 2 8 C r 4 28C r4
1.0582 S tE 3 6 0 .7 L360NB 1.7033 3 4 C r 4 34C r4
1.0601 C 6 0 C60 1.7034 3 7 C r 4 37C r4 Описание
1.0710 15 S 10 - 1.7035 41 C r 4 41 C r4
1.0715 9 S M n 2 8 11SM n30 1.7036 2 8 C rS 4 28C rS4
1.0718 9 S M n P b 2 8 11SM nPb30 1.7037 3 4 C rS 4 34C rS4
1.0721 10 S 20 10S20 1.7038 3 7 C rS 4 37C rS4
1.0722 10 S P b 2 0 10SPb20 1.7039 41 C rS 4 41C rS4
1.0726 3 5 S 2 0 35S20 1.7131 16 M n C r 5 16M nC r5
1.0727 4 5 S 2 0 46S20 1.7139 16 M n C rS 5 16M nCrS5
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