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GOST 28873-90

GOST P 54564-2011 GOST 25086-2011 GOST 1639-2009 GOST P 53198-2008 GOST 21073.0-75 GOST 21073.4-75 GOST 21073.2-75 GOST 21073.3-75 GOST 21073.1-75 GOST 25086-87 GOST 28873-90 GOST 28053-89 GOST 28192-89 GOST 1639-93

GOST 28873−90-based Alloys of heavy non-ferrous metals treated under pressure. Unified brands


GOST 28873−90

Group W51

INTERSTATE STANDARD

ALLOYS ON THE BASIS OF HEAVY NON-FERROUS METALS,
PRESSURE TREATED

Unified brands

Alloys on the basis of heavy non-ferrous metals treated under pressure.
Unified grades

GST 18 0000

Date of introduction 1992−01−01

INFORMATION DATA

1. DEVELOPED AND INTRODUCED by the Ministry of metallurgy of the USSR

2. APPROVED AND put INTO effect by the Resolution of Gosstandart* from 29.12.90 N 3707
_______________
* Consistent with the original. — Note the manufacturer’s database.

3. INTRODUCED FOR THE FIRST TIME

4. REFERENCE NORMATIVE AND TECHNICAL DOCUMENTS
The designation of the reference document referenced
 The item number, app
GOST 15.001−88
 2.1
GOST 492−73
 Annex 1
GOST 494−90
 Appendix 3
GOST 5017−74
 Annexes 1, 2
GOST 10092−75
 Appendix 3
GOST 15527−70
 Annex 1
GOST 16130−90
 Annexes 1, 2
GOST 18175−78
 Annexes 1, 2
GOST 19241−80
 Annex 1
GOST 21646−76
 Annex 2
GOST 21930−76
 Annex 1
GOST 23137−78
 Annex 1
OST 48−181−81
 Annex 1
OST 48−184−81
 Annex 1
THAT 48−0808−15−88
 Annex 1
THAT 48−0808−18−88
 Annex 1
THAT 48−0809−24−82
 Annex 1
THAT 48−0810−105−87
 Annex 1
THAT 48−0810−138−83
 Annex 1
THAT 48−0820−241−81
 Annex 1
THAT 48−0820−284−83
 Annex 1
THAT 48−0820−288−84
 Annex 1
THAT 48−0820−356/OP
 Annex 1
THAT 48−21−3-82 Annex 1
THAT 48−21−15−77 Annex 1
THAT 48−21−16−78 Annex 1
THAT 48−21−25−72 Annex 2
THAT 48−21−28−85 Annex 1
THAT 48−21−30−82 Annex 1
THAT 48−21−41−72 Annex 1
THAT 48−21−63−72 Annex 1
THAT 48−21−71−89
 App 1, 3
THAT 48−21−84−72 Annex 1
THAT 48−21−85−72 Annex 1
THAT 48−21−89−72 Annex 1
THAT 48−21−92−79 Annex 2
THAT 48−21−93−77 Annex 1
THAT 48−21−95−72 Annex 2
THAT 48−21−96−72 Appendix 3
THAT 48−21−106−85 Annex 1
THAT 48−21−112−72 Annex 1
THAT 48−21−116−72 Appendix 3
THAT 48−21−118−83 Annex 2
THAT 48−21−127−72 Annex 1
THAT 48−21−128−72 Annex 1
THAT 48−21−129−72 Annex 1
THAT 48−21−141−72 Annex 1
THAT 48−21−154−77 Annex 2
THAT 48−21−190−82 Annex 1
THAT 48−21−196−81 Annex 1
THAT 48−21−197−81 Annex 2
THAT 48−21−198−72 Annex 2
THAT 48−21−207−72 Annex 1
THAT 48−21−214−85 Annex 2
THAT 48−21−221−82 Annex 1
THAT 48−21−222−72 Annex 2
THAT 48−21−224−85 Annex 1
THAT 48−21−229−72 Annex 1
THAT 48−21−233−76 Annex 1
THAT 48−21−244−82 Annex 1
THAT 48−21−253−82 Annex 1
THAT 48−21−256−73 Annex 1
THAT 48−21−257−73 Annex 1
THAT 48−21−258−85 Annex 1
THAT 48−21−284−77 Annex 1
THAT 48−21−285−83 Annex 2
THAT 48−21−290−82 Annex 1
THAT 48−21−299−84 Annex 1
THAT 48−21−305−82 Annex 1
THAT 48−21−306−84 Annex 1
THAT 48−21−310−83 Annex 1
THAT 48−21−326−79 Appendix 3
THAT 48−21−328−73 Annex 1
THAT 48−21−335−83 Annex 1
THAT 48−21−338−77 Annex 1
THAT 48−21−350−84 Annex 1
THAT 48−21−356−74 Annex 1
THAT 48−21−364−79 Annex 1
THAT 48−21−368−80 Annex 1
THAT 48−21−378−84 Annex 1
THAT 48−21−387−81 Annex 1
THAT 48−21−404−84 Annex 2
THAT 48−21−409−79 Annex 1
THAT 48−21−433−81 Annex 1
THAT 48−21−446−84 Annex 1
THAT 48−21−479−85 Annex 1
THAT 48−21−483−75 Annex 2
THAT 48−21−486−75 Annex 1
THAT 48−21−493−75 Annex 1
THAT 48−21−504−83 Annex 1
THAT 48−21−516−80 Annex 1
THAT 48−21−524−83 Annex 1
THAT 48−21−526−75 Annex 1
THAT 48−21−547−82 Annex 1
THAT 48−21−548−86 Annex 1
THAT 48−21−549−79 Annex 1
THAT 48−21−569−77 Annex 1
THAT 48−21−578−77 Annex 1
THAT 48−21−583−77 Annex 1
THAT 48−21−584−77 Annex 1
THAT 48−21−588−87 Annexes 1, 2, 3
THAT 48−21−591−77 Annex 1
THAT 48−21−593−85 Annex 1
THAT 48−21−597−82 Annex 1
THAT 48−21−607−82 Annex 1
THAT 48−21−628−79 Appendix 3
THAT 48−21−629−82 Annex 1
THAT 48−21−630−83 Annex 1
THAT 48−21−645−79 Annex 1
THAT 48−21−648−79 Annex 1
THAT 48−21−650−72 Annex 1
THAT 48−21−662−74 Annex 1
THAT 48−21−663−79 Annex 1
THAT 48−21−665−79 Annex 1
THAT 48−21−672−79 Annex 1
THAT 48−21−674−80 Annex 1
THAT 48−21−680−80 Annex 1
THAT 48−21−691−89 Annex 1
THAT 48−21−703−80 Annex 1
THAT 48−21−709−80 Annex 1
THAT 48−21−712−81 Annex 1
THAT 48−21−713−81 Annex 1
THAT 48−21−718−84 Annex 1
THAT 48−21−722−83 Annex 1
THAT 48−21−732−84 Annex 1
THAT 48−21−743−82 Appendix 3
THAT 48−21−746−83 Annex 1
THAT 48−21−773−85 Annex 1
THAT 48−21−775−82 Annex 1
THAT 48−21−779−85 Annex 1
THAT 48−21−786−85 Annex 1
THAT 48−21−788−85 Appendix 3
THAT 48−21−789−86 Annex 1
THAT 48−21−796−86 Annex 1
THAT 48−21−800−86 Annex 1
THAT 48−21−804−86 Annex 1
THAT 48−21−805−86 Annex 1
THAT 48−21−806−86 Annex 1
THAT 48−21−811−86 Annex 1
THAT 48−21−828−87 Annex 1
THAT 48−21−830−87 Annex 1
THAT 48−21−834−87 Annex 1
THAT 48−21−842−87 Annex 1
THAT 48−21−843−87 Annex 1
THAT 48−21−848−87 Annex 1
THAT 48−21−851−88 Annex 1
THAT 48−21−853−88 Annex 1
THAT 48−21−859−88 Annex 1
THAT 48−21−872−89 Annex 1
THAT 48−21−875−89 Annex 1
THAT 48−21−880−89 Annex 1
THAT 48−21−886−90 Annex 1
THAT 48−21−5007−77 Annex 2
THAT 48−21−5010−77 Annex 1
THAT 48−21−5012−72 Annex 1
THAT 48−21−5014−76 Annex 1
THAT 48−21−5026−72 Annex 2
THAT 48−21−5028−88 Annex 2
THAT 48−21−5029−88 Annex 2
THAT 48−21−5035−88 Annex 1
THAT 48−21−5047−84 Annex 2
THAT 48−21−5049−74 Annex 2
THAT 48−21−5050−82 Annex 1
THAT 48−21−5060−75 Annex 1
THAT 48−21−5065−84 Annex 1
THAT 48−21−5066−82 Annex 1

5. REISSUE


Real the standard establishes the nomenclature of the unified grades of alloys the basis of heavy non-ferrous metals treated under pressure within a to use without restrictions not recommended since 01.01.92 to use in the newly created and upgraded technology, subject to removal from production 01.01.92, and the order of production newly developed and discontinuing ineffective and obsolete grades of alloys.

On the basis of this standard develop and revise normative and technical documents on the use of unified brands alloys.

The standard does not apply to brazing alloys containing precious metals.

1. UNIFIED ALLOYS
ON THE BASIS OF HEAVY METAL PRESSURE TREATED

1.1. Standardized grades on the basis of heavy non-ferrous metals used for the manufacture of types of the semifinished products listed in the table.1.

Table 1
The semi —
 Marking
Foil
 1
Tape
 2
Leaves
 3
Strip
 4
Anodes
 5
Plate
 6
The role
 7
Pipe
 8
Bars
 9
Wire
 10
Profiles
 11
Forgings
 12
Bars
 13
Powder
 14
Powders
 15
Other products 16

1.2. Unified grades admitted to the application without constraints, is given in Appendix 1.

1.3. Grades not recommended since 01.01.92 for use in the newly created and modernized the technique given in Annex 2.

1.4. Grades that are to be discontinued from 01.01.92 given in Appendix 3.

2. THE PROCEDURE FOR PRODUCTION OF NEWLY DEVELOPED AND DISCONTINUING INEFFECTIVE AND OBSOLETE GRADES OF ALLOYS

2.1. Development and production of semi-finished products from new alloys on the basis of heavy non-ferrous metals is carried out according to GOST 15.001*.
________________
* On the territory of the Russian Federation GOST R 15.201−2000.

2.2. Application or technical assignment for development and production on manufacture of semi-finished products from new alloys on the basis of heavy non-ferrous metals must contain:

— scope;

— calculation of economic effect of production and application in the national economy of semi-finished products from new alloys;

— model grades;

— the need for five years (years) since the beginning of industrial production.

2.3. Applications and technical specifications for the products (rentals) of the new brands alloys must submit for opinion to the Ministry of metallurgy Of the Soviet Union.

2.4. Term development of semi-finished products from new brands is determined duration of development of the technology of production and holding tests, but not more than 6 years.

2.5. The withdrawal from production of grades is carried out by the cancellation regulatory technical documentation or amendments.

APP 1 (required). The list of standardized grades of alloys on the basis of heavy non-ferrous metals treated under pressure admitted to use without restriction

ANNEX 1
Mandatory



Table 2

Mark NTD in chemical composition The designation of the prefabricated
1. Alloys copper-zinc (brass)
L96 GOST 15527* 3, 4, 8, 10

________________

* On the territory of the Russian Federation GOST 15527−2004. Here and hereinafter. — Note the manufacturer’s database.

L90 GOST 15527
 2, 3, 4, 9
L85 GOST 15527
 2, 3, 4, 8, 11
L80 GOST 15527
 2, 3, 4, 8, 10
Л72 THAT 48−21−253
 2

 THAT 48−21−5035
 2
L70 GOST 15527
 2, 3, 4, 8
L68 GOST 15527
 2, 3, 4, 8, 10
L63 GOST 15527
 1, 2, 3, 4, 8, 9, 10, 11
ЛА85−0,5
 THAT 48−21−28 4
LA77−2U
 THAT 48−21−859 8
LS59−1V
 GOST 15527
LAZH60−1-1 GOST 15527
 9
Lamsh77−2-0,05 GOST 15527
 8
LAN59−3-2 GOST 15527
 2, 4
LS64−2 GOST 15527
 4
LS63−3 GOST 15527
 2, 4, 9, 10
LS59−1 GOST 15527, TU 48−21−493,
48−21−409 TU, TU 48−21−93
 2, 3, 4, 6, 8, 9, 10, 11
LS58−2
 THAT 48−21−364 4

 THAT 48−21−645
 9

 THAT 48−21−796
 9

 THAT 48−21−853
 9

 THAT 48−21−5010
 9

 THAT 48−21−5014
 10
LS58−3 THAT 48−21−364
 4

 THAT 48−21−880
 8, 9
LZHS58−1-1 GOST 15527
 9
Lmc58−2 GOST 15527
 2, 3, 4, 9
Lzhmc59−1-1 GOST 15527
 6, 8, 9, 11
ЛМцСКа58−2-2−1-1 THAT 48−21−15
 8

 THAT 48−21−356
 9
ЛМцКНС58−3-1,5−1,5−1
 THAT 48−21−775 9
ЛАЖМцС52−2-1−1,5−1 THAT 48−21−89
 4
LO90−1 GOST 15527
 2, 4
LO70−1 GOST 15527
 8
LO62−1 GOST 15527
 3
LO60−1 GOST 15527
 10
LOK 59−1-0,3 GOST 16130
 9
LK62−0,5 GOST 16130
 10
LKBO62−0,2−0,04−0,5 GOST 16130
 10
ЛНКМц49−10−0,3−0,2 THAT 48−21−5012
 10
ЛКАН80−1-1,9−5,8 THAT 48−21−3
 2, 9
ЛМцКНСА58−3-1,5−1,5−1 THAT 48−0808−15
 8

 THAT 48−0808−18
 9
ЛМцАЖКС70−7-5−2-2−1 THAT 48−21−886
 8
ЛКАНМц75−2-2,5−0,5−0,5 THAT 48−21−630
 2
Lmsh68−0,05 GOST 15527
 8
Lankmc75−2-2,5−0,5−0,5 GOST 15527
 2, 8
ЛНКоМц49−9-0,2−0,2 THAT 48−21−299
 4
LAF 94−0,5−0,15 THAT 48−21−732
 4, 10
ЛМцКА58−2-1−1 THAT 48−21−338
 8
2. Bronze tin
Brof8−0,3 GOST 5017
 10
Brof7−0,2 GOST 5017
 4, 9
Brof6,5−0,15 GOST 5017
 2, 4, 8, 9, 10
Brof4−0,25 GOST 5017
 2, 8
Broc4−3 GOST 5017
 2, 4, 9, 10
Brocs4−4-2,5 GOST 5017
 2, 4
Brocs4−4-4 GOST 5017
 4
БрМц7−3 THAT 48−21−524
 8
3. Bronze without tin
Bra5 GOST 18175
 8
Bra7 GOST 18175
 2, 4
Bramc9−2 GOST 18175
 8
Brazh9−4 GOST 18175
 2, 4, 9, 10
БрАЖ10−1,5 THAT 48−21−5047
 10
Brazhmc10−3-1,5 GOST 18175
 8, 9
Brazhn10−4-4 GOST 18175
 8, 9
Brazhnmc9−4-4−1 GOST 18175
 9, 13
БрАЖНМц8,5−4-5−1,5 THAT 48−21−648
 10
БрМцАЖН12−8-3−2 THAT 48−21−548
 10
Brkmc3−1 GOST 18175
 2, 4, 9, 10
Brb2 GOST 18175
 2, 4, 8, 9, 10
Brbnt1,9 GOST 18175
 2, 4
Brkn1−3 GOST 18175
 11
Brkd1 GOST 18175
 9, 11
БрАМг6−4 THAT 48−21−516
 4
БрКоМц3−10 THAT 48−21−805
 4
4. Bronze low alloy
Brmg0,3 GOST 18175
 11
БрХТ0,6−0,5 THAT 48−21−285
 10
БрНМцТ5−2-0,1 THAT 48−0820−284
 10
Brh1 GOST 18175
 3, 4, 6, 9

 THAT 48−21−779
БрХ08 THAT 48−21−588
 3

 THAT 48−21−196
 8

 THAT 48−21−197
 9
БрХВЦр0,5−0,2−0,2 THAT 48−21−722
 10
БрМгЦр0,03−0,035 THAT 48−21−691
 13
Alloy N 50 THAT 48−21−588
 3
(Bricoking 0,4−0,4−0,2−0,04)
 THAT 48−21−197 9
Brkcrt THAT 48−21−588
 3

 THAT 48−21−196
 8

 THAT 48−21−197
 9
Brcr THAT 48−21−5065
 13

 THAT 48−21−5066
 4

 THAT 48−21−5050
 9
БрЦр0,2
 THAT 48−0820−241 4

 THAT 48−21−30
 2
БрНХК2,5−0,7−0,6
 THAT 48−21−672 2

 THAT 48−21−569
 10

 THAT 48−21−842
 4, 9
ÌÍ2,5КоКрХ
 THAT 48−21−547 3, 6
БрКдХ0,5−0,15 THAT 48−21−828
 9
MSR GOST 16130
 10
Brhnt GOST 16130
 10
Brncr GOST 16130
 10
БрНА10,5−0,5 THAT 48−21−628
 10
БрХОЦр0,3−0,3−0,1 THAT 48−21−350
 10
МК0,2 THAT 48−21−290
 10
МА0,8 (meal) THAT 48−21−578
 10
МНЖ9,3−0,5 THAT 48−21−578
 10
БрХНб0,4−0,25 THAT 48−21−446
 10
Brtrc THAT 48−21−680
 10
Brsr0,1 GOST 18175
 8
БрТХ5−0,5 THAT 48−21−221
 4
БрХНб0,2−0,1 THAT 48−21−446
 10
МЛ0,2 THAT 48−21−773
 10
БрНКр1,5−0,5 THAT 48−21−368
 13
5. Nickel semi
NP1 GOST 492, TU 48−21−718
 1, 2
NP2 GOST 492
 2, 3, 4, 8, 9, 10
NP3 GOST 492
 2, 4, 9
NP4 GOST 492
 2, 3, 4
NPAN GOST 492
 5
NPA1 GOST 492
 5
NPA2 GOST 492
 5
6. Nickel alloys
NK0,2 GOST 492
 9, 10
Nmc2,5 GOST 492
 10
Nmc5 GOST 492
 10
Nmcak2−2-1 GOST 492
 9, 10
NH9,5 GOST 492 9, 10
NH9 GOST 492
 10
NHM9,5 GOST 492
 9, 10
NHM9 GOST 492
 10
SA THAT 48−21−128
 9

 THAT 48−21−63
 10

 THAT 48−21−127
NJ THAT 48−21−63
 9

 THAT 48−21−129
 10
SK THAT 48−21−63
 9

 THAT 48−21−129
 10
NHC THAT 48−21−41
 10

 THAT 48−21−256

THAT 48−21−257
NKM THAT 48−21−256
 10
  THAT 48−21−41

THAT 48−21−257
7. Copper-Nickel alloys
Mnmc43−0,5
 GOST 492 1, 9, 10
Mnmc40−1,5 GOST 492
 2, 4, 10
Mnzhmc30−1-1 GOST 492
 2, 8
MNZH5−1 GOST 492
 3, 8, 9, 10
MN19 GOST 492
 2, 4, 9
MNC15−20 GOST 492
 2, 3, 4, 8, 9, 10, 11
MNA13−3 GOST 492
 4, 9
MNA6−1,5 GOST 492
 2, 4, 8
Mnmc3−12 GOST 492
 2, 4, 10
MN25 GOST 492
 2
MN0,6 GOST 492
 10
Mnmcazh3−12−0,3−0,3 GOST 492
 2
Nmzhmc28−2,5−1,5
 GOST 492 2, 3, 4, 9
MN 95−5
 GOST 492 8
MNZHKT5−1-0,2−0,2 GOST 492
 10
МНМцЖ40−1,4−0,45 THAT 48−21−244
 1
Mnmcazh3−12−0,25−0,2 THAT 48−21−229
 1
НМ25 THAT 48−21−106
 1

 THAT 48−21−387
 10
SP.273 THAT 48−21−591
 8

 THAT 48−21−583
 9
SP.546 THAT 48−21−804
 9

 THAT 48−21−306
 4
SP.538 THAT 48−21−804
 9
(МНАХМц15−3,5−2-3) THAT 48−21−306
 4

 THAT 48−21−258
 1
МНАХМц4,5−4,5−0,7−2,5 THAT 48−21−872

THAT 48−21−258
 1, 2, 4
NC THAT 48−21−128
 9

 THAT 48−21−63

THAT 48−21−127
 10
МНМц60−20−20 THAT 48−21−486
 3
МНАЖМц6−0,8−0,8−0,6 THAT 48−21−830
 3
(BS-3) THAT 48−21−597
 8

 THAT 48−21−650
 10
НМ40А THAT 48−21−806
 4

 THAT 48−21−16
 8

 THAT 48−21−85
 9

 THAT 48−21−335
 2
Нейзильбер30 THAT 48−21−526
 2, 4
МНАКХ11−2,5−1,0−0,8 THAT 48−21−433
 2
(SPL.131) THAT 48−21−629
 2
MI6 THAT 48−21−800
 2
МН23 THAT 48−21−800
 2
НК2,4 THAT 48−21−746
 10
МН40″" THAT 48−21−789
 10
НММцТА26−1,5−1,1−0,5 THAT 48−21−284
 10
НМцАТ3−1,5−0,6 THAT 48−21−284
 10
НМцАТК1−1,5−2,5−0,15 THAT 48−21−284
 8
МА0,8 THAT 48−21−578
 10
МНЖ9,3−0,5 THAT 48−21−578
 10
МНМц4,5−1,5 THAT 48−21−713
 10
MH17 THAT 48−21−713
 10
МНМц5−3,7 THAT 48−21−290
 10
Castolin THAT 48−21−5012
 10
НХК9−0,9 THAT 48−21−549
 10
НМ60А THAT 48−21−16
 8
MH-10 THAT 48−21−851
 8
MN-15 THAT 48−21−851
 8
8. Nickel and low-alloy Nickel alloys
NP2JE GOST 19241
 2, 4, 8
Nv3v GOST 19241
 1, 2, 4, 8
Nka0,07 GOST 19241
 4
Nka0,13 GOST 19241
 4
НВМг3в THAT 48−21−190
 2, 4
НВ6в THAT 48−21−190
 2, 4
НВМг6в THAT 48−21−190
 2, 4
NK0,04 GOST 19241
 2
NK0,2JE GOST 19241
 2, 8
НКаВ0,15−0,5 THAT 48−0820−288
 2
NIKOSI THAT 48−21−224
 8, 9
NMG GOST 19241
 8
Nmg0,1 GOST 19241
 8
NV3 GOST 19241
 8
Nmg0,05v GOST 19241
 8
Nmg0,08v GOST 19241
 8
Nvmg3−0,05 V GOST 19241
 8
Nvmg3−0,08 in GOST 19241
 8
NMK THAT 48−21−665
 8
I THAT 48−21−328
 8
НМоРе15−10 THAT 48−21−709
 9, 10
НВЖАК5,5−0,8−0,8−1 THAT 48−21−207
 10
НМцАТ3−1,5−0,6 THAT 48−0809−24
 10
НМцАТК1−1,5−2,5−0,15 THAT 48−0809−24
 10
НММцТА26−1,5−1,1−0,5 THAT 48−0809−24
 10
Алюник7−1 THAT 48−21−5000
 10
ПАН4−11 THAT 48−21−593
 10
НКоЖКТ19−1,9−1,5−0,4 THAT 48−21−712
 10
9. Solders
POS90 GOST 21930
 2, 8, 9, 10
POS61 GOST 21930
 2, 8, 9, 10
POS40 GOST 21930
 2, 8, 9, 10
POS30 GOST 21930
 2, 8, 9, 10
POS10 GOST 21930
 2, 8, 9, 10
POSK50−18 GOST 21930
 2, 8, 9, 10
POS61-M GOST 21930
 2, 8, 9, 10
POSK2−18 GOST 21930
 2, 8, 9, 10
ПОССу61−0,5 GOST 21930
 2, 8, 9, 10
Possu50−0,5 GOST 21930
 2, 8, 9, 10
Possu40−0,5 GOST 21930
 2, 8, 9, 10
Possu35−0,5 GOST 21930
 2, 8, 9, 10
Possu30−0,5 GOST 21930
 2, 8, 9, 10
Possu25−0,5 GOST 21930 2, 8, 9, 10
Possu18−0,5 GOST 21930 2, 8, 9, 10
ПОСу95−5 GOST 21930 2, 8, 9, 10
Possu40−2 GOST 21930 2, 8, 9, 10
Possu35−2 GOST 21930 2, 8, 9, 10
Possu30−2 GOST 21930 2, 8, 9, 10
Possu25−2 GOST 21930 2, 8, 9, 10
Possu18−2 GOST 21930 2, 8, 9, 10
Possu15−2 GOST 21930 2, 8, 9, 10
Possu10−2 GOST 21930 2, 8, 9, 10
ПОССу8−3 GOST 21930 2, 8, 9, 10
Possu5−1 GOST 21930 2, 8, 9, 10
Possu4−6 GOST 21930 2, 8, 9, 10
Possu4−4 GOST 21930 2, 8, 9, 10
PMC36 GOST 23137 16
PMC48 GOST 23137 16
PMC54 GOST 23137 16
ЛНКоМц49−9-0,2−0,2 THAT 48−21−299 4
ЛНМц60−9-5 THAT 48−21−299 4
ЛМцЖ57−1,5−0,75 OST 48−184 4

 THAT 48−21−299 4
МНМц68−4-2 OST 48−184
 2, 4, 13
АНМц0,6−4-2 OST 48−184
 2, 4, 13
П102 OST 48−184 15
ЛОМНА48−05−10−0,4−0,4 THAT 48−21−305
 9
Solder 5
 THAT 48−21−71 4
FROM-1,5 THAT 48−21−310 2
ПрМцФЖ24−0,6−0,75 THAT 48−21−479 9
PMC-10 THAT 48−21−141
 4
ПМФСу92−6-2 THAT 48−21−584
 9
ПрМТНЖК20−5-0,1−0 1 THAT 48−21−811
 4

 THAT 48−0820−356
 10
Pmfocr6−4-0,03 THAT 48−21−875
 9

 THAT 48−21−663
 9
Pmfocr6−3-0,2 THAT 48−21−875
 9
ПМГрН10−1.5 V THAT 48−21−662
 10
ПМГрОБ10−1-0,1 Have THAT 48−21−786
 2
ПМГрОБ10−1-0,1 THAT 48−21−628
 4, 10
ПМГрН5−2.5 THAT 48−21−662
 9, 4, 10
ПМГрК4−2.5
 THAT 48−21−662 9, 4, 10
ПМГр010−2.8 V
 THAT 48−21−662 4, 10

APP 2 (recommended). The list of grades on the basis of heavy non-ferrous metals treated under pressure not recommended since 01.01.92 to use in new or modernized technology



ANNEX 2
Recommended



Table 3


Grades not recommended for use
in the newly created and upgraded technology
 Recommended brands-substitutes
Mark NTD on prefabricated Mark NTD in chemical composition
Brof8,5−0,3 THAT 48−21−5028
 Brof8−0,3 GOST 5017

 THAT 48−21−5029

Brmg0,8 THAT 48−21−285
 Brmg0,3 GOST 18175
Brmg0,5 THAT 48−21−118

Brof6,5−0,4 THAT 48−21−404
 Brof6,5−0,15 GOST 5017

 THAT 48−21−214


THAT 48−21−95


THAT 48−21−5026


THAT 48−21−483

HOT
 THAT 48−21−25 Brtrc THAT 48−21−680
БрХКд0,5−0,3
 THAT 48−21−198 Brh1 GOST 18175
МКБ2,5−0,5
 THAT 48−21−5049 БрНХК2,5−0,7−0,6 THAT 48−21−672

THAT 48−21−569
Bmbt THAT 48−21−92 ÌÍ2,5КоКрХ
 THAT 48−21−547
БрНХК2,5−0,7−0,6
 THAT 48−21−569
ÌÍ2,5КоКрХ
 THAT 48−21−547
БрЦр0,4 THAT 48−21−222
 БрЦр0,2 THAT 48−0820−241
LO70−1 GOST 21646* LA77−2U THAT 48−21−859

________________

* On the territory of the Russian Federation GOST 21646−2003. Here and hereinafter. — Note the manufacturer’s database.

Lomsh70−1-0,05 GOST 21646
 Lamsh77−2-0,05 GOST 15527
ЛМцАЖН59−3,5−2,5−0,5−0,4 THAT 48−21−5007
 ЛМцСКА58−2-2−1-1 THAT 48−21−15

THAT 48−21−356
Alloy N 1 THAT 48−21−588
THAT 48−21−588
Alloy N 4 THAT 48−21−196
 Brkcrt THAT 48−21−196
Alloy N 5 THAT 48−21−197
THAT 48−21−197
БрХ07 THAT 48−21−154
 Brh1 GOST 18175

 GOST 16130

APP 3 (optional). The list of grades on the basis of heavy non-ferrous metals, pressure treated, be removed from production with 01.01.92



APPENDIX 3
Mandatory



Table 4
Mark
 NTD on prefabricated
L60
 GOST 494
ЛН65−5
 -
ЛМцА57−3-1
 -
ЛС60−1
 -
ЛМцКА58−2-1−1
 -
ЛК80−3
 -
LS63−2
 -
ЛС60−2
 -
LS59−3
 -
LA77−2
 GOST 21646
Brof2−0,25
 -
Brbnt1,9mg
 THAT 48−21−743
Brb2,5
 THAT 48−21−96
Brmc5
 -
Nmc1
 -
Nmc2
 -
MN16
 -
MNC12−24
 THAT 48−21−96
MNC18−27
 -
MNC18−20
 -
MNCS16−29−1,8
 THAT 48−21−116
Mnzhmc10−1-1
 GOST 10092
ПМГрОЖКБ10−1-01−0,1
 THAT 48−21−628
Solder And
 THAT 48−21−71
The solder 22
 THAT 48−21−788
ПМ17
 THAT 48−21−326
Alloy 19
 THAT 48−21−588
Alloy 19V
 THAT 48−21−588