STATE STANDARD OF THE UNION OF THE SSR

COATED ELECTRODES
METAL
FOR MANUAL ARC WELDING
STRUCTURAL
AND HEAT-RESISTANT STEELS

types

GOST 9467-75

USSR STATE COMMITTEE ON STANDARDS

Moscow

STATE STANDARD UNIONCCP

METAL COATED ELECTRODES
FOR MANUAL ARC WELDING
STRUCTURAL
AND HEAT-RESISTANT STEELS

Types

Metal covered electrodes for manual arc welding
of structural and heat-resistant steels. types

GOST
9467-75*

Instead
GOST 9467-60

Decree State Committee standards of the Council of Ministers of the USSR dated March 27, 1975 No. 780 validity period is set

from 01.01.1977

* Reissue (January 1997) with Amendment No. 1 approved in August 1988 (IUS 12-88)

Non-compliance with the standard is punishable by law

1. This standard applies to metal coated electrodes for manual arc welding of carbon, low alloy and alloy structural and alloy heat-resistant steels.

2. Electrodes must be made of the following types:

E38, E42, E46 and E50 - for welding carbon and low-alloy structural steels with tensile strength up to 50 kgf/mm2;

E42A, E46A and E50A - for welding carbon and low-alloy structural steels with a temporary tensile strength of up to 50 kgf / mm2, when to the metal welds impose increased requirements for ductility and impact strength;

E55 and E60 - for welding carbon and low-alloy structural steels with a temporary tensile strength of over 50 to 60 kgf / mm2;

E70, E85, E100, E.125, E150 - for welding alloyed structural steels of increased and high strength with a tensile strength of more than 60 kgf / mm2;

E-09M, E-09MH, E-09Kh1M, E-05Kh2M, E-09Kh2M1, E-09Kh1MF, E-10Kh1M1NFB, E-10KhZM.1BF, E-10Kh5MF - for welding alloyed heat-resistant steels.

3. The chemical composition of the metal deposited with electrodes for welding structural steels must comply with the requirements of technical specifications or passports for electrodes of specific grades. In this case, the content of sulfur and phosphorus in the deposited metal should not exceed that indicated in Table. .

Table 1.

Mechanical properties at normal temperature
Weld metal or weld metal			welded joint made with electrodes with a diameter of less than 3 mm
	Elongation d5 , %	impact strength a n kgf ∙ m/cm2	Tensile strength σv kgf/mm2	Bending angle, deg.

(Changed edition, Rev. No. 1).

Notes:

1. For electrodes of types E38, E42, E46, E50, E42A, E46A, E50A, E55 and E60, the values of mechanical properties given in the table are set for the weld metal, deposited metal and welded joint in the state after welding (without heat treatment). The mechanical properties of the weld metal, deposited metal and welded joint after heat treatment for the electrodes of the listed types must comply with the requirements of standards or specifications for electrodes of specific grades.

2. For electrodes of types E70, E85, E100, E125 and E150, the values of mechanical properties given in the table are set for the weld metal and deposited metal after heat treatment according to the modes regulated by the standards or specifications on electrodes of specific grades The mechanical properties of the weld metal and deposited metal in the state after welding for the electrodes of the listed types must comply with the requirements of standards or specifications for electrodes of specific grades.

3. Indicators of mechanical properties welded joints made by electrodes of types E70, E85, E100, E125, E150 with a diameter of less than 3 mm, must comply with the requirements of standards or specifications for electrodes of specific brands.

4. The mechanical properties of the weld metal, deposited metal and welded joint, made by electrodes for welding structural steels, must comply with the standards given in Table. .

5. Chemical composition metal deposited with electrodes for welding alloyed heat-resistant steels, as well as mechanical properties weld metal or weld metal must comply with the standards given in Table. .

table 2

The chemical composition of the deposited metal, %

Mechanical properties of the weld metal or deposited metal at normal temperature

Manganese

Molybdenum

Tensile strength σv, kgf/mm2

Elongation d5 %

impact strength a n kgf ∙ m/cm2

E-10X1M1NFB

Notes:

1. The values of mechanical properties given in the table are set for the weld metal and deposited metal after heat treatment according to the modes regulated by the standard or technical specifications for electrodes of specific grades.

2. Indicators of the mechanical properties of welded joints made with electrodes with a diameter of less than 3 mm must comply with the requirements of the standard or specifications for electrodes of specific brands.

(Changed edition, Rev. No. 1).

7. Symbol for electrodes for arc welding of structural and heat-resistant steels - according to GOST 9466-75.

However, in the second line symbol electrodes, a group of indices indicating the characteristics of the deposited metal and the weld metal must be recorded in accordance with the requirements given in paragraph -.

Table 3

Minimum values of indicators of mechanical properties of the deposited metal and weld metal at normal temperature		The minimum temperature at which the impact strength of the weld metal and weld metal a H45, (when testing specimens of type IX according to GOST 6996-66) is at least 3.5 kgf ∙ m/cm2, Tx, °С
tensile strength σv	Relative elongation δ5, %
	Relative elongation δ5, %
	For any value	For any value
		Not regulated







		Not regulated







		Not regulated

Note. In the group of indices, the first two indices indicate the minimum value of the index σv , and the third index simultaneously characterizes the minimum values of the indicators δ5 and Tx . If the indicators δ5 and Tx according to Table. correspond to different indices, the third index is set according to the minimum value of the indicator δ5, and the fourth additional index, indicated in brackets, characterizing the Tx indicator is entered into the group of indices (see an example of compiling a group of indices for electrodes of the UONII 13/45 brand).

Notes:

1. The main chemical elements, in addition to carbon, should include only alloying elements that determine the level of mechanical properties of the deposited metal. At the same time, silicon and manganese are considered the main chemical elements if their average content in the deposited metal exceeds 0.8%.

2. The order of the letter designations of chemical elements is determined by the decrease in the average content of the corresponding elements in the deposited metal.

3. If the average content of the main chemical element in the deposited metal is less than 0.8%, the number behind the letter designation of the chemical element is not indicated.

4. The chemical elements contained in the deposited metal are denoted by the following letters: B - niobium, C - tungsten, G - manganese, D - copper, M - molybdenum, H - nickel, C - silicon, T - titanium, F - vanadium, X - chromium, Yu - aluminum.

5. In a group of indices, a dash (-) is placed before the last index.

The second index indicates the maximum operating temperature at which the indicators of long-term strength of the deposited metal and weld metal are regulated (Table ).

11. All data necessary for compiling groups of indices for p. - must be taken from standards or specifications for electrodes of specific brands.

In the group of indices for the symbol of electrodes for welding carbon and low-alloy structural steels with a temporary tensile strength of up to 60 kgf / mm2 (n.), Data for the weld metal and deposited metal in the state after welding (without heat treatment) should be given.

In the group of indices for the symbol of electrodes for welding alloyed structural steels with a temporary tensile strength of more than 60 kgf / mm2, as well as for welding alloyed heat-resistant steels (item and), data should be given for the weld metal and deposited metal after heat treatment according to the modes regulated by the standard or specifications for electrodes of specific brands.

In the absence of data in the standards or technical specifications required for indexing the corresponding indicators of the mechanical properties of the weld metal and deposited metal, these indicators are considered as non-regulated.

(Changed edition, Rev. No. 1).

Table 5

Examples of compiling groups of indices indicating the characteristics of the deposited metal and weld metal, for the symbolic designation of electrodes.

An example of compiling groups of indices for electrodes of the UONII-13/45 brand (type E42A), providing the following mechanical properties of the weld metal and deposited metal in the state after welding at normal temperature:

tensile strength - not less than 42 kgf/mm2 (41);

relative elongation - not less than 22% (2);

the deposited metal made by electrodes and the weld metal in the state after welding when testing specimens of type IX according to GOST 6996--66 has an impact strength of at least 3.5 kgf ∙ m/cm2 at a temperature of minus 40 °C (5):

(Changed edition, Rev. No. 1).

The same for electrodes of the brand TsL-18 (type E85), providing the production of deposited metal with an average content of 0.18% carbon, 1% chromium, 1% manganese; The weld metal made by electrodes and the weld metal after heat treatment when testing specimens of type IX according to GOST 6996-66 has an impact strength of at least 3.5 kgf ∙ m/cm2 at a temperature of minus 10 °C (2):

The same for electrodes of the brand TsL-20 (type E-09Kh1MF), which ensure the production of deposited metal and weld metal after heat treatment when testing specimens of type IX according to GOST 6996-66 with an impact strength of at least 3.5 kgf m/cm2 at a temperature 0 °С (2), indicators of long-term strength of the deposited metal and weld metal are regulated up to a temperature of 580 °С (7):

(Revised edition, Rev. No. 1).

STATE STANDARD OF THE UNION OF THE SSR

COATED ELECTRODES
METAL
FOR MANUAL ARC WELDING
STRUCTURAL
AND HEAT-RESISTANT STEELS

types

GOST 9467-75

USSR STATE COMMITTEE ON STANDARDS

Moscow

STATE STANDARD OF THE UNION CCP

METAL COATED ELECTRODES
FOR MANUAL ARC WELDING
STRUCTURAL
AND HEAT-RESISTANT STEELS

Types

Metal covered electrodes for manual arc welding
of structural and heat-resistant steels. types

GOST
9467-75*

Instead
GOST 9467-60

By the Decree of the State Committee of Standards of the Council of Ministers of the USSR dated March 27, 1975 No. 780, the validity period is established

since 01.01.1977

* Reissue (January 1997) with Amendment No. 1 approved in August 1988 (IUS 12-88)

Non-compliance with the standard is punishable by law

1. This standard applies to metal coated electrodes for manual arc welding of carbon, low-alloy and alloy structural and alloyed heat-resistant steels.

2. Electrodes must be made of the following types:

E38, E42, E46 and E50 - for welding carbon and low-alloy structural steels with a temporary tensile strength up to 50 kgf / mm 2;

E42A, E46A and E50A - for welding carbon and low-alloy structural steels with a temporary tensile strength of up to 50 kgf / mm 2, when increased requirements for ductility and impact strength are imposed on the weld metal;

E55i E60 - for welding carbon and low-alloy structural steels with a temporary tensile strength of over 50 to 60 kgf / mm 2;

E70, E85, E100, E.125, E150 - for welding alloyed structural steels of increased and high strength with a tensile strength of more than 60 kgf / mm 2;

E-09M, E-09MH, E-09Kh1M, E-05Kh2M, E-09Kh2M1, E-09Kh1MF, E-10Kh1M1NFB, E-10KhZM.1BF, E-10Kh5MF - for welded-alloyed heat-resistant steels.

3. The chemical composition of the metal deposited with electrodes for welding structural steels must comply with the requirements of the technical specifications or passports for electrodes of specific grades. In this case, the content of sulfur and phosphorus in the deposited metal should not exceed that indicated in Table. .

Table 1.

	Mechanical properties at normal temperature
	Weld metal or weld metal			welded joint made with electrodes with a diameter of less than 3 mm
	σ in kgf / mm 2	Relative extensiond 5 , %	impact strengtha n kgf ∙ m / cm 2	Tensile strengthσ in kgf / mm 2	Bending angle, deg.	sulfur	phosphorus
	Not less than					No more
E38						0,040	0,045
E42
E46
E50
E42A						0,030	0,035
E46A
E50A
E55
E60
E70
E85
E100
E125
E150

(Changed edition, Rev. No. 1) .

Notes :

1. For electrodes of types E38, E42, E46, E50, E42A, E46A, E50A, E55 and E60, the values of mechanical properties given in the table are set for the weld metal, deposited metal and welded joint in the state after welding (without heat treatment). The mechanical properties of the weld metal, deposited metal and welded joint after heat treatment for the electrodes of the listed types must comply with the requirements of the standards or specifications for electrodes of specific grades.

2. For electrodes of types E70, E85, E100, E125 and E150, the values of mechanical properties given in the table are set for the weld metal of the deposited metal after heat treatment according to the regimes regulated by standards or specifications for electrodes, specific grades Mechanical properties of the weld metal and deposited metal in the state after welding for electrodes of the listed types must comply with the requirements of standards or specifications for electrodes of specific brands.

3. Indicators of mechanical properties of welded joints made by electrodes of types E70, E85, E100, E125, E150 with a diameter of less than 3 mm must comply with the requirements of standards or specifications for electrodes of specific brands.

4. The mechanical properties of the weld metal, deposited metal and welded joint, made by electrodes for welding structural steels, must comply with the standards given in Table. .

5. The chemical composition of the metal deposited with electrodes for welding alloyed heat-resistant steels, as well as the mechanical properties of the deposited metal or weld metal, must comply with the standards given in Table. .

table 2

	The chemical composition of the deposited metal,%										Mechanical properties of the weld metal or deposited metal at normal temperature
	Carbon	Silicon	Manganese	Chromium	Nickel	Molybdenum	Vanadium	Niobium	Sulfur	Phosphorus	Tensile strengthσ in, kgf / mm 2	Relative extensiond 5 %	impact strengtha n kgf ∙ m / cm 2
	Carbon	Silicon	Manganese	Chromium	Nickel	Molybdenum	Vanadium	Niobium	No more		Not less than
E-09M	0,06 - 0,12	0,15 - 0,35	0,4 - 0,9			0,35 - 0,65			0,030	0,030
E-09MH	0,06 - 0,12	0,15 - 0,35	0,4 - 0,9	0,35 - 0,65		0,35 - 0,65			0,025	0,035
E-09X1M	0,06 - 0,12	0,15 - 0,40	0,5 - 0,9	0,80 - 1,20		0,40 - 0,70			0,025	0,035
E-05X2M	0,03 - 0,08	0,15 - 0,45	0,5 - 1,0	1,70 - 2,20		0,40 - 0,70			0,020	0,030
E-09X2M1	0,06 - 0,12	0,15 - 0,45	0,5 - 1,0	1,90 - 2,50		0,80 - 1,10			0,025	0,035
E-09X1MF	0,06 - 0,12	0,15 - 0,40	0,5 - 0,9	0,80 - 1,25		0,40 - 0,70	0,10 - 0,30		0,025	0,030
E-10X1M1NFB	0,07 - 0,12	0,15 - 0,40	0,6 - 0,9	1,00 - 1,40	0,6 - 0,9	0,70 - 1,00	0,15 - 0,35	0,07 - 0,20	0,025	0,030
E-10X3M1BF	0,07 - 0,12	0,15 - 0,45	0,5 - 0,9	2,40 - 3,00		0,70 - 1,00	0,25 - 0,50	0,35 - 0,60	0,025	0,030
E-10X5MF	0,07 - 0,13	0,15 - 0,45	0,5 - 0,9	4,00 - 5,50		0,35 - 0,65	0,10 - 0,35		0,025	0,035

Notes :

1. The values of mechanical properties given in the table are set for the weld metal and deposited metal after heat treatment according to the modes regulated by the standard or specifications for electrodes of specific grades.

2. Indicators of mechanical properties of welded joints made by electrodes with a diameter of less than 3 mm must comply with the requirements of the standard or specifications for electrodes of specific brands.

(Changed edition, Rev. No. 1) .

6. Given in Table. and the requirements for the chemical composition of the deposited metal and the mechanical properties of the weld metal, deposited metal and welded joints must be checked when testing electrodes in accordance with the requirements of GOST 9466-75.

7. Symbol for electrodes for arc welding of structural and heat-resistant steels - according to GOST 9466-75.

In this case, in the second line of the electrode designation, a group of indices indicating the characteristics of the deposited metal and the weld metal must be recorded in accordance with the requirements given in paragraph -.

Minimum values of indicators of mechanical properties of the deposited metal and weld metal at normal temperature

The minimum temperature at which the impact strength of the weld metal and weld metala H45, (when testing samples of type IX according to GOST 6996-66) is at least 3.5 kgf ∙ m / cm 2, T x, ° С

temporary tear resistanceσ in

Relative elongation δ 5,%

N/mm 2

kgf/mm 2

37 0

For any value

41 0

Less than 20

Not regulated

41 1

41 2

41 3

41 4

41 5

41 6

41 7

43 0

Less than 20

Not regulated

43 1

43 2

43 3

43 4

43 5

43 6

43 7

51 0

Under 18

Not regulated

51 1

51 2

51 3

51 4

51 5

51 6

51 7

Note. In the group of indices, the first two indices indicate the minimum value of the indicator σ in , and the third index simultaneously characterizes the minimum values of indicators δ 5 and T x . If the indicators δ 5 and T x according to table. correspond to different indices, the third index is set according to the minimum value of the indicator δ 5 , and the fourth additional index, indicated in brackets, characterizing the indicator T x (see an example of compiling a group of indices for electrodes of the UONII 13/45 brand).

10. In the symbolic designation of electrodes for welding alloyed heat-resistant steels, the group of indices indicating the characteristics of the deposited metal and the weld metal must include two indices.

- 50

- 60

Notes :

2. The order of arrangement of the letter designations of chemical elements is determined by the decrease in the average content of the corresponding elements in the deposited metal.

3. With an average content of the main chemical element in the deposited metal of less than 0.8%, the number behind the letter designation of the chemical element is not indicated.

4. The chemical elements contained in the deposited metal are denoted by the following letters: B - niobium, C - tungsten, G - manganese, D - copper, M - molybdenum, N - nickel, C - silicon, T - titanium, F - vanadium, X - chromium, Yu - aluminum.

5. In a group of indices, a dash (-) is placed before the last index.

The second index indicates the maximum operating temperature at which the indicators of the long-term strength of the deposited metal and the weld metal are regulated (Table ° WITH

Index

Unregulated or below 450

450 - 465

470 - 485

490 - 505

510 - 525

530 - 545

550 - 565

570 - 585

590 - 600

Over 600

Examples compiling groups of indices indicating the characteristics of the deposited metal and weld metal, for the symbolic designation of electrodes.

temporary resistance to rupture - not less than 42 kgf / mm 2 (41);

relative elongation - not less than 22% (2);

The deposited metal made by electrodes and the weld metal in the state after welding when testing samples of type IX according to GOST 6996--66 has an impact strength of at least 3.5 kgf ∙ m / cm 2 at a temperature of minus 40 ° C (5):

41 2 (5)

(Changed edition, Rev. No. 1) .

The same, for electrodes brand TsL-18 (type E85), providing the production of deposited metal with an average content of 0.18% carbon, 1% chromium, 1% manganese; The deposited metal made by electrodes and the weld metal after heat treatment when testing specimens of type IX according to GOST 6996-66 has an impact strength of at least 3.5 kgf ∙ m / cm 2 at a temperature of minus 10 ° C (2):

18X1G1-2

The same for electrodes of the TsL-20 brand (type E-09Kh1MF), which provide the deposited metal and metal weld after heat treatment when testing specimens of type IX according to GOST6996-66 with an impact strength of at least 3.5 kgf m / cm 2 at a temperature of 0 ° C (2), indicators of long-term strength of the deposited metal and weld metal are regulated up to a temperature of 580 °C (7):

(Revised edition, Rev. No. 1).

APPENDIX 2

GOST 9467-75

INTERSTATE STANDARD

COATED ELECTRODES

METAL FOR MANUAL

ARC WELDING OF STRUCTURAL

AND HEAT-RESISTANT STEELS

TYPES

Official edition

IPK STANDARDS PUBLISHING HOUSE

MOSCOW

__________________________________________________________________

GOST 9467-75. Coated metal electrodes for manual arc welding of structural and heat-resistant steels. Types

Metal covered electrodes for manual are welding of structural and heat-resistant steels. types

UDC 621.791.042.4:006.354 Group B05

INTERSTATE STANDARD

METAL ELECTRODES

FOR MANUAL ARC WELDING

STRUCTURAL

AND HEAT-RESISTANT STEELS

GOST

Types

Instead

GOST 9467-60

Metal covered electrodes for manual welding

of structural and heat-resistant steels. types

ISS 25.160.20

OKP 12 7200

By the Decree of the State Committee for Standards of the Council of Ministers of the USSR dated March 27, 1975 No. 780, the introduction date was set 01.01.77

The validity period was removed according to protocol No. 3-93 of the Interstate Council for Standardization, Metrology and Certification (IUS 5-6-93)

This standard applies to metal coating electrodes for manual arc welding of carbon, low-alloy and alloy structural and alloyed heat-resistant steels.

Electrodes should be made of the following types:

E38, E42, E46 and E50 - for welding carbon and low alloy structural steels with variable tensile strength up to 50 kgf / mm 2;

E55 and E60 - for welding carbon and low-alloy structural steels with a temporary tensile strength of over 50 to 60 kgf / mm 2;

E70, E85, E100, E125, E150 - for welding alloyed structural steels of increased and high strength with a tensile strength of more than 60 kgf / mm 2;

E-09M, E-09MH, E-09Kh1M, E-09Kh2M, E-09Kh2M1, E-09Kh1MF, E-10Kh1M1NFB, E-10Kh3M1BF, E-10Kh5MF - for welding alloyed heat-resistant steels.

The chemical composition of the metal directed by electrodes for welding structural steels must comply with the requirements of technical specifications or passports for electrodes of specific grades. In this case, the content of sulfur and phosphorus in the deposited metal should not exceed that indicated in Table. 1

(Changed edition, Rev. No. 1).

The mechanical properties of the weld metal, deposited metal and welded joint, made by electrodes for welding structural steels, must comply with the standards, are given in Table 1

Edition (February 2005) with Amendment No. 1, approved in August 1988 (IUS 12-88)

C.2 GOST 9467-75

Table 1

Electrode type	Mechanical properties at normal temperature
	Weld metal or weld metal				welded joint made with electrodes with a diameter of less than 3 mm
		Relative elongation d5, %	Impact strength an kgf m/cm2	Tensile strength dv kgf/mm2		Bending angle, deg.
	at least						no more

Notes:

1. For electrode types E38, E42, E46, E50, E42A, E46A, E50A, E55. and E60, the values of mechanical properties given in the table are set for the weld metal, deposited metal and welded joint in the state after welding (without heat treatment). The mechanical properties of the weld metal, deposited metal and welded joint after heat treatment for the electrodes of the listed types must comply with the requirements of standards or specifications for electrodes of specific grades.

2. For electrodes of types E70, E85, E100, E125 and E150, the values of mechanical properties given in the table are set for the weld metal and deposited metal after heat treatment according to the modes regulated by the standards or specifications for electrodes, specific grades Mechanical properties of the weld metal and deposited metal in condition after welding for electrodes of the listed types must comply with the requirements of standards or specifications for electrodes of specific brands.

3. Indicators of mechanical properties of welded joints made by electrodes of types E70, E85, E100, E125, E150 with a diameter of less than 3 mm, must comply with the requirements of standards or specifications for electrodes of specific brands.

4. The mechanical properties of the weld metal, deposited metal and welded joint, made by electrodes for welding structural steels, must comply with the standards given in Table. 1.

(Changed edition, Rev. No. 1)

GOST 9467-75 С.3 Table 2

Electrode type

The chemical composition of the deposited metal, %

Mechanical properties of the weld metal or deposited metal at normal temperature

Manganese

Molybdenum

Tensile strength dv, kgf/mm2

Elongation d5%

Impact strength an kgf m/cm2

no more

at least

E-10X1M1NFB

Notes:

(Revised edition, Rev. No. 1).

C.4 GOST 9467-75

6. Given in table. 1 and 2, the requirements for the chemical composition of the deposited metal and the mechanical properties of the weld metal, deposited metal and welded joints must be checked when testing electrodes in accordance with the requirements of GOST 9466-75.

7. Symbol for electrodes for arc welding of structural and heat-resistant steels - according to GOST 9466-75.

In this case, in the second line of the symbol for the electrodes, a group of indices indicating the characteristics of the deposited metal and the weld metal must be written in accordance with the requirements given in paragraphs. 8-10.

8. In the symbol of electrodes for welding carbon and low-alloy structural steels with a temporary tensile strength of up to 60 kgf / mm2, a group of indices indicating the characteristics of the deposited metal and the weld metal is set according to Table. 3.

Table 3

Index group	Minimum values of indicators of mechanical properties of the deposited metal and weld metal at normal temperature				The minimum temperature at which the impact strength of the weld metal and deposited metal aН45 (when testing specimens of type IX according to GOST 6996-66) is at least 3.5 kgf m/cm2, Tx, °С
	tensile strength sv		Relative elongation d5, %

		For any value		For any value
				Not regulated







				Not regulated







				Not regulated

Note. In the group of indices, the first two indices indicate the minimum value of the indicator sВ, and the third index simultaneously characterizes the minimum values of the indicators d5 and TC. If the indicators d5 and TC according to the table. 3 correspond to different indices, the third index is set according to the minimum value of the indicator d5, and the fourth additional index, indicated in brackets, characterizing the TC indicator, is entered into the group of indices (see an example of compiling a group of indices for electrodes of the UONII 13/45 brand).

INTERSTATE STANDARD

COATED ELECTRODES
METAL FOR MANUAL
ARC WELDING OF STRUCTURAL
AND HEAT-RESISTANT STEELS

TYPES

IPK STANDARDS PUBLISHING HOUSE
Moscow

INTERSTATE STANDARD

METAL COATED ELECTRODES
FOR MANUAL ARC WELDING
STRUCTURAL
AND HEAT-RESISTANT STEELS

Types

Metal covered electrodes for manual arc welding
of structural and heat-resistant steels. types

GOST
9467-75

Edition (February 2005) with Amendment No. 1 approved in August 1988 (IUS 12-88)

by the Decree of the State Committee of Standards of the Council of Ministers of the USSR dated March 27, 1975 No. 780, the introduction date was set

01.01.77

The validity period was removed according to protocol No. 3-93 of the Interstate Council for Standardization, Metrology and Certification (IUS 5-6-93)

1. This standard applies to metal coated electrodes for manual arc welding of carbon, low alloy and alloy structural and alloy heat-resistant steels.

2. Electrodes must be made of the following types:

E38, E42, E46 and E50 - for welding carbon and low-alloy structural steels with a temporary tensile strength of up to 50 kgf / mm 2;

E42A, E46A and E50A - for welding carbon and low-alloy structural steels with a tensile strength of up to 50 kgf / mm 2, when increased requirements are imposed on the weld metal in terms of ductility and impact strength;

E55 and E60 - for welding carbon and low-alloy structural steels with a temporary tensile strength of over 50 to 60 kgf / mm 2;

E70, E85, E100, E125, E150 - for welding alloyed structural steels of increased and high strength with a tensile strength of more than 60 kgf / mm 2;

E-09M, E-09MH, E-09H1M, E-05H2M, E-09H2M1, E-09H1MF, E-10H1M1NFB, E-10H3M1BF, E-10H5MF - for welding alloyed heat-resistant steels.

4. The mechanical properties of the weld metal, deposited metal and welded joint, made by electrodes for welding structural steels, must comply with the standards given in Table. 1.

Table 1

Electrode type	Mechanical properties at normal temperature
	weld metal or weld metal			welded joint made with electrodes with a diameter of less than 3 mm
		Relative elongation d 5 , %	impact strength a n, kgf m / cm 2	Tensile strength σ in, kgf / mm 2	Bending angle, deg.

Notes:

2. For electrodes of types E70, E85, E100, E125 and E150, the values of mechanical properties given in the table are set for the weld metal and deposited metal after heat treatment according to the modes regulated by the standards or specifications for electrodes of specific grades. The mechanical properties of the weld metal and the deposited metal in the state after welding for the electrodes of the listed types must comply with the requirements of standards or specifications for electrodes of specific grades.

table 2

Electrode type

The chemical composition of the deposited metal, %

Mechanical properties of the weld metal or deposited metal at normal temperature

Manganese

Molybdenum

Tensile strength σ in, kgf / mm 2

Relative elongation d 5 %

impact strength a n, kgf m / cm 2

E-10X1M1NFB

Notes:

1. The values of mechanical properties given in the table are set for the weld metal and deposited metal after heat treatment according to the modes regulated by the standards or specifications for electrodes of specific grades.

(Changed edition, Rev. No. 1).

6. Given in table. 1 and 2, the requirements for the chemical composition of the weld metal and the mechanical properties of the weld metal, weld metal and welded joints must be checked when testing electrodes in accordance with the requirements of GOST 9466-75.

7. Symbol for electrodes for arc welding of structural and heat-resistant steels - according to GOST 9466-75.

8. In the symbol of electrodes for welding carbon and low-alloy structural steels with a temporary tensile strength of up to 60 kgf / mm 2, a group of indices indicating the characteristics of the deposited metal and the weld metal is set according to Table. 3.

Table 3

Index group	Minimum values of indicators of mechanical properties of the deposited metal and weld metal at normal temperature		The minimum temperature at which the impact strength of the weld metal and deposited metal (when testing specimens of type IX according to GOST 6996-66) is at least 3.5 kgf ´ m/cm 2, T x, °С
	tensile strength s in	relative elongation d 5,%
		relative elongation d 5,%
		For any value	For any value
			Not regulated







			Not regulated







			Not regulated

Note. In the group of indices, the first two indices indicate the minimum value of the indicator s B, and the third index simultaneously characterizes the minimum values of the indicators d 5 and T X . If indicators d 5 and T x according to the table. 3 correspond to different indices, the third index is set according to the minimum value of the indicator d 5 , and the fourth additional index, indicated in brackets, characterizing the indicator T x (see an example of compiling a group of indices for electrodes of the UONII 13/45 brand).

9. In the conventional designation of electrodes for welding alloyed structural steels with a tensile strength of more than 60 kgf / mm 2, a group of indices indicating the characteristics of the deposited metal and weld metal indicates the average content of the main chemical elements in the deposited metal, as well as the minimum temperature at which impact toughness of the weld metal and deposited metal when testing specimens of type IX according to GOST 6996-66 , and should include:

a) the first index of a two-digit number corresponding to the average carbon content in the deposited metal in hundredths of a percent;

b) subsequent indices, each of which consists of the letter designation of the corresponding main chemical element and the number following it, showing the average content of this element in the deposited metal in percent (with an error of up to 1%);

c) the last index characterizing the minimum temperature at which the impact strength of the weld metal and deposited metal when testing specimens of type IX according to GOST 6996-66 is at least 3.5 kgf m / cm 2 , according to table. 4.

10. In the symbol of electrodes for welding alloyed heat-resistant steels, the group of indices indicating the characteristics of the deposited metal and the weld metal should include two indices.

The first index, similar to the last index according to clause 9c, indicates the minimum temperature at which the impact strength of the weld metal and deposited metal when testing specimens of type IX according to GOST 6996-66 is at least 3.5 kgf m / cm 2 (Table 4 ).

Table 4

Notes:

2. The order of the letter designations of chemical elements is determined by the decrease in the average content of the corresponding elements in the deposited metal.

3. If the average content of the main chemical element in the deposited metal is less than 0.8%, the number behind the letter designation of the chemical element is not indicated.

4. Chemical elements contained in. deposited metal, denoted by the following letters: B - niobium, C - tungsten, G - manganese, D - copper, M - molybdenum, H - nickel, C - silicon, T - titanium, F - vanadium, X - chromium, Yu - aluminum.

5. In a group of indices, a dash (-) is placed before the last index.

The second index indicates the maximum operating temperature at which the indicators of long-term strength of the deposited metal and weld metal are regulated (Table 5).

Table 5

11. All data necessary for compiling groups of indices according to paragraphs. 8.10 should be taken from the standards or specifications for electrodes of specific brands.

In the group of indices of the symbol for electrodes for welding carbon and low-alloy structural steels with a temporary tensile strength of up to 60 kgf / mm 2 (clause 8), data should be given for the weld metal and deposited metal in the state after welding (without heat treatment).

In the group of indices for the symbol of electrodes for welding alloyed structural steels with a temporary tensile strength of more than 60 kgf / mm 2, as well as for welding alloyed heat-resistant steels (clauses 9 and 10), data should be given for the weld metal and deposited metal after heat treatment according to modes , regulated by standards or specifications for electrodes of specific brands.

If there are no data in the standards or technical specifications necessary for indexing the corresponding indicators of the mechanical properties of the weld metal and deposited metal, these indicators are considered as non-regulated.

Examples of compiling groups of indices indicating the characteristics of the deposited metal and weld metal, for the symbolic designation of electrodes.

temporary tensile strength - not less than 42 kgf / mm 2 (41);

relative elongation - not less than 22% (2);

the deposited metal made by electrodes and the weld metal in the state after welding when testing specimens of type IX according to GOST 6996-66 has an impact strength of at least 3.5 kgf m/cm 2 at a temperature of minus 40 °C (5):

The same for electrodes of the brand TsL-18 (type E85), providing the production of deposited metal with an average content of 0.18% carbon, 1% chromium, 1% manganese; the deposited metal made by electrodes and the weld metal after heat treatment when testing specimens of type IX according to GOST 6996-66 has an impact strength of at least 3.5 kgf m/cm 2 at a temperature of minus 10 °C (2):

The same for electrodes of the TsL-20 brand (type E-09Kh1MF), which provide the deposited metal and weld metal after heat treatment when testing specimens of type IX according to GOST 6996-66 with an impact strength of at least 3.5 kgf m / cm 2 at a temperature of 0 °C (2), the parameters of long-term strength of the weld metal and weld metal are regulated up to a temperature of 580 °C (7):

(Revised edition, Rev. No. 1).

Title of the document	GOST 9467-75 Coated metal electrodes for manual arc welding of structural and heat-resistant steels. Types
Effective date	01.01.1977
Acceptance date	25.03.1975
Cancellation date	01.01.2019
Status	Inactive
To replace	GOST 9467-60
Document type	GOST (Interstate standard)
Document code	9467-75
Developer
Host body	USSR State Committee for Standards
Additional data	The cancellation period has been postponed from 01/01/2018 to 01/01/2019 in accordance with the order dated 12/26/2017 No. 459

This document does not refer to other normative documents.

STATE STANDARD OF THE UNION OF THE SSR

Coated electrodes

metal for manual arc welding of structural and heat-resistant steels

GOST 9467-75

USSR STATE COMMITTEE ON STANDARDS

STATE STANDARD UNIONCCP

METALLIC COATED ELECTRODES FOR MANUAL ARC WELDING OF STRUCTURAL AND HEAT-RESISTANT STEELS

Types

Metal covered electrodes for manual arc welding of structural and heat-resistant steels. types

GOST

GOST 9467-60

By the Decree of the State Committee for Standards of the Council of Ministers of the USSR dated March 27, 1975 No. 780, the validity period is established

since 01.1977

until 01.01.198

Non-compliance with the standard is punishable by law

1. This standard applies to metal coated electrodes for manual arc welding of carbon, low alloy and alloy structural and alloy heat-resistant steels.

2. Electrodes must be made of the following types: E38, E42, E46 and E50 - for welding carbon and low-alloy structural steels with a temporary tensile strength of up to 50 kgf / mm 2;

E42A, E46A and E50A - for welding carbon and low-alloy structural steels with a temporary tensile strength of up to 50 kgf / mm 2, when increased requirements are imposed on the weld metal in terms of ductility and impact strength;

E55 and E60 - for welding carbon and low-alloy structural steels with a temporary tensile strength of over 50 to 60 kgf / mm 2;

E70, E85, E100, E.125, E150 - for welding alloyed structural steels of increased and high strength with a tensile strength of more than 60 kgf / mm 2;

E-09M, E-09MH, E-09Kh1M, E-05Kh2M, E-09Kh2M1, E-09Kh1MF, E-10Kh1M1NFB, E-10KhZM.1BF, E-10Kh5MF - for welding alloyed heat-resistant steels.

Table 1.

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