ISO 3506-2 - 2020 Mechanical properties of corrosion-resistant stainless steel fasteners - Nuts with specified grades and property classes bsi.

化学成分(质量分数) % / ^a
Chemical composition (cast analysisi, mass fraction in %)

A1	奥氏体
A2
A3
A4
A5
A8
C1	马氏体
C3
C4
F1	铁素体
D2	双相
D4
D6
D8

/	0.12	1	6.50	0.020	0.15	0.350	16.0	19.0
/	0.1	1	2.00	0.050	/	0.030	15.0	20.0
/	0.08	1	2.00	0.045	/	0.030	17.0	19.0
/	0.08	1	2.00	0.045	/	0.030	16.0	18.5
/	0.08	1	2.00	0.045	/	0.030	16.0	18.5
/	0.03	1	2.00	0.040	/	0.030	19.0	22.0
0.09	0.15	1	1.00	0.050	/	0.030	11.5	14.0
0.17	0.25	1	1.00	0.040	/	0.030	16.0	18.0
0.08	0.15	1	1.50	0.060	0.15	0.350	12.0	14.0
/	0.08	1	1.00	0.040	/	0.030	15.0	18.0
/	0.04	1	6.00	0.040	/	0.030	19.0	24.0
/	0.04	1	6.00	0.040	/	0.030	21.0	25.0
/	0.03	1	2.00	0.040	/	0.015	21.0	23.0
/	0.03	1	2.00	0.035	/	0.015	24.0	26.0

化学成分(质量分数) % / ^a
Chemical composition (cast analysisi, mass fraction in %)

其他元素及备注

A1	奥氏体
A2
A3
A4
A5
A8
C1	马氏体
C3
C4
F1	铁素体
D2	双相
D4
D6
D8

/	0.70	5.0	10.0	1.75	2.25	/	/	^c,d,e
/ ^f	/ ^f	8.0	19.0	/	4.00	/	/	^g,h
/ ^f	/ ^f	9.0	12.0	/	1.00	/	/	5C≤Ti≤0.80 and/or 10C≤Nb≤1.00
2.00	3.00	10.0	15.0	/	4.00	/	/	^h,i
2.00	3.00	10.5	14.0	/	1.00	/	/	5C≤Ti≤0.80 and/or 10C≤Nb≤1.00 ⁱ
6.00	7.00	17.5	26.0	/	1.50	/	/	/
/	/	/	1.0	/	/	/	/	ⁱ
/	/	1.5	2.5	/	/	/	/	/
/	0.60	/	1.0	/	/	/	/	^c,i
/ ^f	/ ^f	/	1.0	/	/	/	/	^j
0.10	1.00	1.5	5.5	/	3.00	0.05	0.20	Cr+3.3Mo+16N≤24.0 ^k
0.10	2.00	1.0	5.5	/	3.00	0.05	0.30	24.0＜Cr+3.3Mo+16N ^k
2.50	3.50	4.5	6.5	/	/	0.08	0.35	/
3.00	4.50	6.0	8.0	/	2.50	0.20	0.35	W≤1.00

①, a. 除已表明者外，均系最大值。
②, b. In case of dispute, product analysis applies.
③, c. 硒可以用来代替硫，但其使用可能受到限制。
d. 若镍的质量分数小于8%，则锰的最小质量分数必须为5%。
e. 镍的质量分数大于8%时，对铜的最小含量不予限制。
f. 钼含量可能在制造者的说明书中出现。但对某些使用场合，如有必要限定钼的极限含量，则必须在订单中由用户注明。
④, g. 如果铬的质量分数低于17%，则镍的最小质量分数应为12%。
h. 对最大碳的质量分数达到0.03%的奥氏体不锈钢，氮的质量分数最高可达到0.22%。
⑤, i. 对较大直径的产品，为达到规定的机械性能，在制造者的说明书中，可能含有较高的碳含量，但对奥氏体钢不应超过0.12%。
⑥, j. 可包括钛和/或铌以提高耐腐蚀性。
⑦, k. This formula is used solely for the purpose of classifying duplex steels in accordance with this document (it is not intended to be used as a selection criterion for corrosion resistance).

螺纹

M10

M12

M14

M16

M18

公称应力截面积 A_s / mm²
50 ^①	奥氏体及双相不锈钢
70
80
100
50	马氏体不锈钢
70
80
110
45	铁素体不锈钢
60	铁素体不锈钢

14.2	20.1	28.9	36.6	58.0	84.3	115	157	192
7 100	10 070	14 430	18 310	29 000	42 140	57 720	78 340	96 240
9 930	14 090	20 210	25 630	40 600	58 990	80 810	109 700	134 800
11 350	16 100	23 090	29 290	46 400	67 420	92 360	125 400	154 000
14 190	20 130	28 860	36 610	57 990	84 270	115 500	156 700	192 500
7 100	10 070	14 430	18 310	29 000	42 140	57 720	78 340	96 240
9 930	14 090	20 210	25 630	40 600	58 990	80 810	109 700	134 800
11 350	16 100	23 090	29 290	46 400	67 420	92 360	125 400	154 000
15 610	22 140	31 750	40 270	63 790	92 700	127 000	172 400	211 800
6 390	9 060	12 990	16 480	26 100	37 920	51 950	70 510	86 620
8 510	12 080	17 320	21 970	34 800	50 560	69 270	94 010	115 500

螺纹

M20

M22

M24

M27

M30

M33

M36

M39

公称应力截面积 A_s / mm²
50 ^①	奥氏体及双相不锈钢
70
80
100
50	马氏体不锈钢
70
80
110
45	铁素体不锈钢
60	铁素体不锈钢

245	303	353	459	561	694	817	976
122 400	151 700	176 300	229 800	280 300	346 800	408 400	487 900
171 400	212 400	246 800	321 600	392 500	485 500	571 800	683 100
195 900	242 800	282 100	367 600	448 500	554 900	653 400	780 700
244 800	303 400	352 600	459 500	560 600	693 600	816 800	975 800
122 400	151 700	176 300	229 800	280 300	346 800	408 400	487 900
171 400	212 400	246 800	321 600	392 500	485 500	571 800	683 100
195 900	242 800	282 100	367 600	448 500	554 900	653 400	780 700
269 300	333 800	387 800	505 400	616 700	763 000	898 400	1 073 400
110 200	136 600	158 700	/	/	/	/	/
146 900	182 100	211 600	/	/	/	/	/

①, 属性等级50仅指奥氏体等级A1至A5。
②, 单位：牛（N）

螺纹

M8x1

M10x1.25

M10x1

M12x1.5

M12x1.25

M14x1.5

M16x1.5

M18x1.5

M20x2

公称应力截面积 A_s / mm²
50 ^①	奥氏体及双相不锈钢
70
80
100
50	马氏体不锈钢
70
80
110
45	铁素体不锈钢
60	铁素体不锈钢

39.2	61.2	64.5	88.1	92.1	125	167	216	258
1030"	30 600	32 250	44 070	46 040	62 280	83 630	108 200	129 000
27 420	42 840	45 150	61 690	64 460	87 190	117 100	151 400	180 600
31 340	48 960	51 600	70 510	73 660	99 640	133 800	173 000	206 400
39 170	61 200	64 500	88 130	92 080	124 600	167 300	216 300	258 000
19 590	30 600	32 250	44 070	46 040	62 280	83 630	108 200	129 000
27 420	42 840	45 150	61 690	64 460	87 190	117 100	151 400	180 600
31 340	48 960	51 600	70 510	73 660	99 640	133 800	173 000	206 400
43 090	67 320	70 950	96 940	101 300	137 100	184 000	237 900	283 800
17 630	27 540	29 030	39 660	41 440	56 050	75 270	97 310	116 100
23 510	36 720	38 700	52 880	55 250	74 730	100 400	129 800	154 800

螺纹

M20x1.5

M22x1.5

M24x2

M27x2

M30x2

M33x2

M36x3

M39x3

公称应力截面积 A_s / mm²
50 ^①	奥氏体及双相不锈钢
70
80
100
50	马氏体不锈钢
70
80
110
45	铁素体不锈钢
60	铁素体不锈钢

272	333	384	496	621	761	865	1030
135 800	166 600	192 300	247 900	310 700	380 400	432 500	514 200
190 100	233 200	269 100	347 100	434 900	532 600	605 500	719 900
217 300	266 500	307 600	396 600	497 000	608 700	692 000	822 800
271 600	333 100	384 500	495 800	621 300	760 800	865 000	1 028 400
135 800	166 600	192 300	247 900	310 700	380 400	432 500	514 200
190 100	233 200	269 100	347 100	434 900	532 600	605 500	719 900
217 300	266 500	307 600	396 600	497 000	608 700	692 000	822 800
298 700	366 400	422 900	545 400	683 400	836 900	951 500	1 131 300
122 200	149 900	173 000	/	/	/	/	/
163 000	199 900	230 700	/	/	/	/	/

①, 属性等级50仅指奥氏体等级A1至A5。
②, 单位：牛（N）

螺纹

M10

M12

M14

M16

M18

公称应力截面积 A_s / mm²
025 ^①	奥氏体及双相不锈钢
035
040
050
025	马氏体不锈钢
035
040
055
022	铁素体不锈钢
030	铁素体不锈钢

14.2	20.1	28.9	36.6	58.0	84.3	115	157	192
3 550	5 040	7 220	9 160	14 500	21 070	28 860	39 170	48 120
4 970	7 050	10 110	12 820	20 300	29 500	40 410	54 840	67 370
5 680	8 050	11 550	14 650	23 200	33 710	46 180	62 670	76 990
7 100	10 070	14 430	18 310	29 000	42 140	57 720	78 340	96 240
3 550	5 040	7 220	9 160	14 500	21 070	28 860	39 170	48 120
4 970	7 050	10 110	12 820	20 300	29 500	40 410	54 840	67 370
5 680	8 050	11 550	14 650	23 200	33 710	46 180	62 670	76 990
7 810	11 070	15 880	20 140	31 900	46 350	63 500	86 170	105 900
3 200	4 530	6 500	8 240	13 050	18 960	25 980	35 260	43 310
4 260	6 040	8 660	10 990	17 400	25 280	34 640	47 010	57 750

螺纹

M20

M22

M24

M27

M30

M33

M36

M39

公称应力截面积 A_s / mm²
025 ^①	奥氏体及双相不锈钢
035
040
050
025	马氏体不锈钢
035
040
055
022	铁素体不锈钢
030	铁素体不锈钢

245	303	353	459	561	694	817	976
61 200	75 850	88 130	114 900	140 200	173 400	204 200	244 000
85 680	106 200	123 400	160 800	196 300	242 800	285 900	341 600
97 920	121 400	141 100	183 800	224 300	277 500	326 700	390 400
122 400	151 700	176 300	229 800	280 300	346 800	408 400	487 900
61 200	75 850	88 130	114 900	140 200	173 400	204 200	244 000
85 680	106 200	123 400	160 800	196 300	242 800	285 900	341 600
97 920	121 400	141 100	183 800	224 300	277 500	326 700	390 400
134 700	166 900	193 900	252 700	308 400	381 500	449 200	536 700
55 080	68 270	79 320	/	/	/	/	/
73 440	91 020	105 800	/	/	/	/	/

①, 属性等级025仅指奥氏体等级A1至A5。
②, 单位：牛（N）

螺纹

M8x1

M10x1.25

M10x1

M12x1.5

M12x1.25

M14x1.5

M16x1.5

M18x1.5

M20x2

公称应力截面积 A_s / mm²
025 ^①	奥氏体及双相不锈钢
035
040
050
025	马氏体不锈钢
035
040
055
022	铁素体不锈钢
030	铁素体不锈钢

39.2	61.2	64.5	88.1	92.1	125	167	216	258
9 800	15 300	16 130	22 040	23 020	31 140	41 820	54 060	64 500
13 710	21 420	22 580	30 850	32 230	43 600	58 540	75 690	90 300
15 670	24 480	25 800	35 260	36 830	49 820	66 900	86 500	103 200
19 590	30 600	32 250	44 070	46 040	62 280	83 630	108 200	129 000
9 800	15 300	16 130	22 040	23 020	31 140	41 820	54 060	64 500
13 710	21 420	22 580	30 850	32 230	43 600	58 540	75 690	90 300
15 670	24 480	25 800	35 260	36 830	49 820	66 900	86 500	103 200
21 550	33 660	35 480	48 470	50 640	68 510	91 990	119 000	141 900
8 820	13 770	14 520	19 830	20 720	28 030	37 640	48 660	58 050
11 760	18 360	19 350	26 440	27 630	37 370	50 180	64 880	77 400

螺纹

M20x1.5

M22x1.5

M24x2

M27x2

M30x2

M33x2

M36x3

M39x3

公称应力截面积 A_s / mm²
025 ^①	奥氏体及双相不锈钢
035
040
050
025	马氏体不锈钢
035
040
055
022	铁素体不锈钢
030	铁素体不锈钢

272	333	384	496	621	761	865	1030
67 880	83 270	96 110	124 000	155 400	190 200	216 300	257 100
95 030	116 600	134 600	173 600	217 500	266 300	302 800	360 000
108 700	133 300	153 800	198 300	248 500	304 400	346 000	411 400
135 800	166 600	192 300	247 900	310 700	380 400	432 500	514 200
67 880	83 270	96 110	124 000	155 400	190 200	216 300	257 100
95 030	116 600	134 600	173 600	217 500	266 300	302 800	360 000
108 700	133 300	153 800	198 300	248 500	304 400	346 000	411 400
149 400	183 200	211 500	272 700	341 700	418 500	475 800	565 700
61 090	74 940	86 500	/	/	/	/	/
81 460	99 920	115 400	/	/	/	/	/

①, 属性等级025仅指奥氏体等级A1至A5。
②, 单位：牛（N）

全承载能力六角螺母的标记

螺纹公称直径D≥5mm 的六角螺母，应标记不锈钢组别，性能等级以及制造者标志。
对于六角螺母，最好在头部顶面用凹字或凸字，或者在头部侧面用凹字进行标记，（参见附图）。对于法兰螺母，当制造工艺不允许在头部顶面进行标记时，可在法兰上标记。
全承载能力螺母（标准螺母和高螺母）的性能等级标记符号

性能等级
45
50
60
70
80
100
110
标记符号
45
50
60
70
80
100
110

降低了承载能力的螺母（薄螺母）的性能等级标记

性能等级
45
50
60
70
80
100
110
标记符号
022
025
030
035
040
050
055

附图说明：
1—制造者的识别标志；
2—不锈钢组别；
3—性能等级（全承载能力）。
降低了承载能力六角螺母的标记

对于降低承载能力的螺母，应使用下表中规定的性能等级符号：

性能等级
45
50
60
70
80
100
110
标记符号
022
025
030
035
040
050
055

附图说明：
1—制造者的识别标志；
2—不锈钢组别；
3—性能等级（降低了承载能力）。
仅仅只有A2 和A4 奥氏体不锈钢，可以使用下图所示的替代标记。这种情况下，如果未规定性能等级，则适用性能等级为50 或025 的螺母。
说明：
s一对边宽度。
左旋螺纹标记

对于公称直径 D ≥ 5 mm 的左旋螺纹螺母，应用另外的左箭头进行标记（见下图）。最好将其标记在螺母的顶部，与性能等级标记于同一面。

GB /T 3098.6 - 2023

Mechanical properties of fasteners - Stainless steel Bolts, screws and studs

GB /T 3098.24 - 2020

Mechanical properties of fasteners-Stainless steel and nickel alloys bolts, screws, studs and nuts for high temperature applications

GB /T 3098.25 - 2020

Mechanical properties of fasteners-Guidance for the selection of stainless steels and nickel alloys for fasteners

GB /T 3098.9 - 2020

Mechanical Properties of Fasteners - Prevailing Torque Type Steel Nuts

GB /T 3098.3 - 2016

Mechanical properties of fasteners-Set screws

GB /T 3098.2 - 2015

Mechanical properties of fasteners-nuts with coarse thread

GB /T 32076.2 - 2015

High-strength structural bolting assemblies for preloading - Part2: Suitability for preloading

GB /T 3098.15 - 2014

Mechanical properties of fasteners - Stainless steel nuts

GB /T 3098.16 - 2014

Mechanical properties of fasteners - Stainless steel set screws

GB /T 3098.21 - 2014

GB /T 3098.6 - 2014

Mechanical properties of fasteners - Stainless steel Bolts, screws and studs

GB /T 3098.1 - 2010

Mechanical properties of fasteners-Bolts、screws and studs

GB /T 3098.8 - 2010

Mechanical properties of fasteners Parts for bolted connections for use at temperatures from -200 ℃～+700 ℃

GB /T 3098.9 - 2010

GB /T 3098.22 - 2009

Mechanical properties of fasteners made of the fine grain non-heat treatment steel-Bolts,screws and studs

GB /T 94.1 - 2008

Spring washer technical conditions

GB /T 94.3 - 2008

GB /T 3098.19 - 2004

Mechanical properties of fasteners-Blind rivets

GB /T 3098.20 - 2004

Mechanical properties of fasteners. Wing nuts with specified proof torque

GB /T 3098.11 - 2002

Mechanical properties of fasteners-Drilling screws with tapping screws thread

GB /T 3098.9 - 2002

Mechanical properties of fasteners. Prevailing torque type steel hexagon nuts

GB /T 3098.4 - 2000

Mechanical properties of fasteners-Nuts-Fine pitch thread

GB /T 3098.5 - 2000

Mechanical propretles of fasteners tapping screws

GB /T 3098.6 - 2000

Mechanical properties of fasteners-Bolts、screws and studs made of stainless-steel

GB /T 3098.7 - 2000

Machanical properties of fasteners-Thread rolling screws

GB /T 3098.10 - 1993

Mechanical properties of fasteners Bolts,scrows,studs and nuts made of non-ferrous metals

GB /T 94.2 - 1987

GB /T 116 - 1986

Specification for revit

GB /T 3098.5 - 2016

Mechanical Properties of Fasteners 一 Tapping Screws

ISO 3506-7 - 2024

Fasteners - Mechanical properties of corrosion-resistant stainless steel fasteners - Part 7: Flat washers with specified grades and property classes

ISO 2702 - 2022

Heat treated tapping screws - Mechanical and physical properties

ISO 898 (-2) - 2022

Mechanical properties of fasteners made of carbon steel and alloy steel — Part 2: Nuts with specified property classes

ISO 898 (-3) - 2018

Mechanical properties of fasteners made of carbon steel and alloy steel – Part 3: Flat washers with specified property classes

ISO 2320 - 2015

Mechanical Properties of Fasteners - Prevailing Torque Type Steel Nuts

ISO 898-1 - 2013

Mechanical properties of fasteners made of carbon steel and alloy steel. Part 1:Bolts,screws and studs with specified property classes. Coarse thread

ISO 898-2 - 2012

Mechanical properties of fasteners made of carbon steel and alloy steel - Part 2: Nuts with specifed property classes - Coarse thread and fne pitch thread

ISO 898-5 - 2012

Mechanical properties—Set screw and similar threaded fasteners with specified hardness classes

ISO 2702 - 2011

Heat-treated steel tapping screws - Mechanical properties

ISO 3506-2 - 2009

Mechanical properties of corrosion resistant stainless steel fasteners—Part 1:Nuts

ISO 3506-3 - 2009

Mechanical properties of corrosion resistant stainless steel fasteners— Part 3:Set screws and similar fasteners not under tensile stress

ISO 3506-4 - 2009

Mechanical properties of corrosion resistant stainless steel fasteners— Part 4:Tapping screws

ISO 10666 - 1999

Drilling screws with tapping screw thread— Mechanical and functional properties

ISO 7085 - 1999

Mechanical and performance requirements of case hardened and tempered metric thread rolling screws

ISO 898-6 - 1994

Mechanical properties of fasteners - Part 6: Nuts with specified proof load values - Fine pitch thread

ISO 898-7 - 1992

Torsional test and minimum torques for bolts and screws

ISO 8839 - 1986

Mechanical properties of fasteners—Bolts,screws,studs and nuts made of non-ferrous metals

JIS B 1055 - 2015

Heat-treated steel tapping screws - Mechanical properties

JB /T 6040 - 2011

Test methods of tightening torque for bolts

JB 6688 - 1993

ASME/ANSI B 18.6.3 (T49) - 2013

Maximum Drive Torque for Type TRS Tapping Screws

ASME/ANSI B 18.6.3 (T50) - 2013

Torsional Strength Requirements for Tapping Screws

ASME/ANSI B 18.21.1 - 2009

ASME/ANSI B 18.16.6 - 2008

Nylon Insert Locknuts (Inch Series)

EN 2576 - 2020

Aerospace series - Bolts, MJ threads, in heat resisting steel FE-PA2601 (A286) - Classification: 900 MPa (at ambient temperature)/650℃ - Technical specification

EN 15048-1 - 2016

Non-preloaded structural bolting assemblies - Part 1: General requirements

EN 14399-2 - 2015

High-strength structural bolting assemblies for preloading - Part 2: Suitability for preloading

EN 20898-7 - 1995

Mechanical properties of fasteners - Part 7: Torsional test and minimum torques for bolts and screws with nominal diameters 1 mm to 10 mm

EN 20898-2 - 1993

Mechanical properties of fasteners - Part 2: Nuts with specified proof load values - Coarse thread

EN 20898-6 - 1992

Mechanical properties of fasteners - Part 6: Nuts with specified proof load values - Fine pitch thread

EN 20898-1 - 1991

Mechanical properties of fasteners - Part 1: Bolts, screws and studs

EN 28839 - 1991

Mechanical Properties of Fasteners - Bolts, Screws, Studs and Nuts

ASTM A194/A194M - 2016

ASTM A 193/193M - 2015

ASTM A 453/453M - 2011

ASTM A 354 - 2011

ASTM A 325 - 2011

ASTM A 490 - 2011

Suppliers(1)

ASTM A 574 - 2011

ASTM A 307 - 2010

Carbon Steel Bolts, Studs, and Threaded Rod 6000 PSI Tensile Strength

ASTM A 449 - 2010

ASTM A 563 - 2007

ASTM F 568M - 2007

ASTM F 835 - 2004

ASTM A 194 - 2000

Carbon steels、alloy steels and stainless materials for bolts and nuts

AS /NZS 4291.2 - 2016

Mechanical properties of fasteners made of carbon steel and alloy steel Part 2: Nuts with specified property classes - Coarse thread and fine pitch thread

AS 4291.1 - 2015

Mechanical properties of fasteners made of carbon steel and alloy steel. Part 1:Bolts,screws and studs

AS 3566.1 - 2002

Self-drilling screws for the building and construction industries Part 1: General requirements and mechanical properties

SAE J 429 - 2013

SAE J 995 - 2012

SAE J 933 - 2005

SAE J 81 - 1997

Thread Rolling Screws

QC /T 518 - 2013

ASME B 18.6.3 (T4.11.2-1) - 2024

Maximum Drive Torque for Type TRS Tapping Screws

ASME B 18.6.3 (T4.11.3-1) - 2024

Torsional Strength Requirements for Tapping Screws

性能等级	45	50	60	70	80	100	110
标记符号	022	025	030	035	040	050	055

全承载能力六角螺母的标记

降低了承载能力六角螺母的标记

左旋螺纹标记

GB /T 3098.6 - 2023

GB /T 3098.24 - 2020

GB /T 3098.25 - 2020

GB /T 3098.9 - 2020

GB /T 3098.3 - 2016

GB /T 3098.2 - 2015

GB /T 32076.2 - 2015

GB /T 3098.15 - 2014

GB /T 3098.16 - 2014

GB /T 3098.21 - 2014

GB /T 3098.6 - 2014

GB /T 3098.1 - 2010

GB /T 3098.8 - 2010

GB /T 3098.9 - 2010

GB /T 3098.22 - 2009

GB /T 94.1 - 2008

GB /T 94.3 - 2008

GB /T 3098.19 - 2004

GB /T 3098.20 - 2004

GB /T 3098.11 - 2002

GB /T 3098.9 - 2002

GB /T 3098.4 - 2000

GB /T 3098.5 - 2000

GB /T 3098.6 - 2000

GB /T 3098.7 - 2000

GB /T 3098.10 - 1993

GB /T 94.2 - 1987

GB /T 116 - 1986

GB /T 3098.5 - 2016

ISO 3506-7 - 2024

ISO 2702 - 2022

ISO 898 (-2) - 2022

ISO 898 (-3) - 2018

ISO 2320 - 2015

ISO 898-1 - 2013

ISO 898-2 - 2012

ISO 898-5 - 2012

ISO 2702 - 2011

ISO 3506-2 - 2009

ISO 3506-3 - 2009

ISO 3506-4 - 2009

ISO 10666 - 1999

ISO 7085 - 1999

ISO 898-6 - 1994

ISO 898-7 - 1992

ISO 8839 - 1986

JIS B 1055 - 2015

JB /T 6040 - 2011

JB 6688 - 1993

ASME/ANSI B 18.6.3 (T49) - 2013

ASME/ANSI B 18.6.3 (T50) - 2013

ASME/ANSI B 18.21.1 - 2009

ASME/ANSI B 18.21.1 - 2009

ASME/ANSI B 18.16.6 - 2008

EN 2576 - 2020

EN 15048-1 - 2016

EN 14399-2 - 2015

EN 20898-7 - 1995

EN 20898-2 - 1993

EN 20898-6 - 1992

EN 20898-1 - 1991

EN 28839 - 1991

ASTM A194/A194M - 2016

ASTM A 193/193M - 2015

ASTM A 453/453M - 2011

ASTM A 354 - 2011

ASTM A 325 - 2011

ASTM A 490 - 2011

ASTM A 574 - 2011

ASTM A 307 - 2010

ASTM A 449 - 2010

ASTM A 563 - 2007

ASTM F 568M - 2007

ASTM F 835 - 2004

ASTM A 194 - 2000

AS /NZS 4291.2 - 2016

AS 4291.1 - 2015