Izinto zokushisela zokukhethwa kwensimbi evamile (insimbi efanayo)

Insimbi No.

I-Electrode

SAW

I-GTAW

Izinduku

Insimbi yensimbi engunombolo (okujwayelekile)

I-Flux

Insimbi yensimbi engunombolo (okujwayelekile)

Imodeli

Uphawu lwesitolo

Uphawu lwesitolo

Q235-AF

Q235A

E4303 J422

H08A

HJ431 I-TIG-J50
10 (ipayipi)

20 (ipayipi)

E4303 J422

H08MnA

HJ431 I-TIG-J50

Q235-B

Q235-C

E4316E4315 J426J427

H08A

H08E

HJ431 I-TIG-J50

20g, 20g

20R, 20 (Ukuqamba)

E4315E4315 J426J427

H08A

H08E

H08MnA

HJ43I I-TIG-J50

!6Mn

16MnR

I-E5016E5015 J506J507

I-HLOMnSi

I-H10Mn2

I-HJ431HJ350 I-HLOMnSi
16MnD

I6MnDR

I-E5016-G

I-E5015-G

I-J506RH

I-J507RH

I-HLOMnNiMoA

I-SJ101 TG50

15MnNiDR

I-E5015-G

W607

H08MnA I-SJ102 TG50

 

I-CO2 Gas Weld

I-Welding impahla yokomisa i-Temp.

Igesi

Insimbi yensimbi engunombolo (okujwayelekile)

Igesi

Ar

H08MnSi

CO2

75 〜150C

(lh)

Ar

H08MnSi

CO2

75 〜150°C

(lh)

Ar

H08MnSi

CO2

35O-38O°C (lh)

Ar

H08MnSi

CO2

350-380C (lh)

Ar

H08Mn2Si

CO2

35O-38OC (lh)

Ar

MG50-3

CO2

35O-38OC (lh)

Ar

MG49-Ni

CO2

35O-38OC (lh)

Insimbi No.

I-Electrode

SAW

I-GTAW

I-CO2 Gas Weld

I-Pre Temp ngaphambi kwe-weld

Temp. Ngemuva kwe-weld

I-Welding impahla yokomisa i-Temp.

Izinduku

Insimbi yensimbi engunombolo (okujwayelekile)

I-Flux

Insimbi yensimbi engunombolo (okujwayelekile)

Igesi

Insimbi yensimbi engunombolo (okujwayelekile)

Igesi

Imodeli

Uphawu lwesitolo

Uphawu lwesitolo

12CrMo

I-E5515-BI R207 H08CrMoA

HJ350

I-TIG-R30

Ar H08CrMnSi

Mo

CO2 150-250°C 650-700°C

380〜420C (1.5h)

15CrMo

I-E5515-B2 R307 I-H13CrMoA

HJ350

I-SJ103

I-ER55-B2

I-ER55-B2L

Ar

I-ER55-G

CO2 I5O-25O°C 650-700eC

380〜420°C (1.5h)

12CrlMoV

I-E5515-B2-

V

R317

H08CrMoVA

HJ35O

I-ER55B2MnV

Ar 200-300°C 650-700°C

380〜420°C (1.5h)

lCr5Mo

I-E5MoV15 R507

H0Cr5Mo

Ar 200-300°C 760±10°C

380〜420°C (1.5h)

0Crl8Ni9

E308-16E308-I5 Nge02Al07

H0Cr2INIl0

HJ260

I-H0Cr21Nil0 Ar

Al 02. Al 07 150°Clh 250°Clh

OCrl8NiloOTi !Crl8Ni9Ti

E437-16E437-15 I-A132A137

I-H0Cr21Nil0T

i

HJ260

I-H0Cr21NiI0T

i

Ar I-AI32.AI37150°Clh250°Clh

0Crl7Nil2Mo

2

E316-16E316-15 I-A202A207

I-H0Crl9NiI2

Mo2

HJ260

I-H0Crl9NiI2 Mo2

Ar

I-A202.A207

150°Clh

250°Clh

 

Insimbi No.

I-Electrode

SAW

I-GTAW

I-CO2 Gas Weld

I-Pre Temp ngaphambi kwe-weld

Temp. Ngemuva kwe-weld

I-Welding impahla yokomisa i-Temp.

Izinduku

Insimbi yensimbi engunombolo (okujwayelekile)

I-Flux

Insimbi yensimbi engunombolo (okujwayelekile)

Igesi

Insimbi yensimbi engunombolo (okujwayelekile)

Igesi

Imodeli

Uphawu lwesitolo

Uphawu lwesitolo
0Crl8Nil2Mo2 E316L-16E318-16 I-A022A2I2

H00Crl9Ni

12Mo2

HJ260

H00Crl9Ni

12Mo2

Ar

A022.A212

!50°Clh

00Crl9Nil0 I-E308L-16 A002

I-H00Cr21Nil0

HJ260

I-H00Cr21Nil0

Ar

A002

150°Clh

lCr!3

E410-16 G202

G202

150°CIh

!Cr6Si2Mo

I-E5MoV15

R507

380〜420°C (1.5h)

RQTSI505

EZC Z202

Z202

150°Clh

Izinto zokushisela zokukhethwa kwensimbi evamile (insimbi engafani)

Insimbi No.

Inombolo yesigaba sezinto ezibonakalayo zomzali noma inombolo yeqembu

I-Electrode

SAW

I-GTAW

I-Pre Temp ngaphambi kwe-weld

Temp. Ngemuva kwe-weld

I-Welding impahla yokomisa i-Temp.

Izinduku

Insimbi yensimbi engunombolo (okujwayelekile)

I-Flux

Insimbi yensimbi engunombolo (okujwayelekile)

Igesi

Imodeli

Uphawu lwesitolo

Uphawu lwesitolo

Welding phakathi carbon steel

Mina + I

E4303

J422

H08A

HJ431

I-TIG-J50

Ar

J422.J427

150°Clh

380°Clh

E4315

J427

Welding of carbon steel kanye high-high-high-alloy steel

I +(H-1)

E4303

J422

H08A

H08MnA

HJ431

I-HLOMnSi

Ar

J422.J427

150°Clh

380°Clh

E4315

J427

1+( II+2)

E4315

J427

H08MnA

HJ431

I-HLOMnSi

Ar

J427.J507

E5016

J507

380°C1.5h

1+ (III+1.)1+ (III+ 2.) E43I5

J427

I-H08AH08MnA HJ431 I-HLOMnSi Ar

J427.J507

380°C1.5h

E5015

J507

Ukushiselwa kwensimbi ye-carbon steel kanye nensimbi ye-alloy engazweli ukushisa

I +IV E4315

J427

H08A

H08MnA

HJ431

I-HLOMnSi Ar

150〜250°C

650〜700 °C

J427

380°C1.5h

I+V

E4315

J427

H08A

H08MnA

HJ431 I-HLOMnSi Ar

200〜300 °C

760±10°C

J427

380°C1.5h

Weld of carbon steel kanye low temp.low alloy steel

I+VI E4315

J427

I-H08AH08MnA HJ431 I-HLOMnSi Ar

J427

380°C1.5h

 

Insimbi No.

Inombolo yesigaba sezinto ezibonakalayo zomzali noma inombolo yeqembu

I-Electrode

SAW

I-GTAW

I-Pre Temp ngaphambi kwe-weld

Temp. Ngemuva kwe-weld

I-Welding impahla yokomisa i-Temp.

Izinduku

Insimbi yensimbi engunombolo (okujwayelekile)

I-Flux

Insimbi yensimbi engunombolo (okujwayelekile)

Igesi

Imodeli

Uphawu lwesitolo

Uphawu lwesitolo

Welding of high-high-low-alloy steels

II+ 11

E5015 J507

H08MnA

I-HLOMnSi

HJ431

I-HLOMnSi

Ar

J507, J557

380-420C

l-2h

I-E5515-G

J507

Welding of high-high-low-alloy steels

11+ (III-1)11+ (III-2) E5015 J507

H08MnA

I-H10Mn2

HJ431

I-HLOMnSi

Ar

J507

380°C

l-2h

HJ350
(11+2) + (111+1) E5015 J507

I-H10Mn2

HJ431

J507, J557

(11+2) + (111+2)

I-E5515-G

J557

I-HLOMnSi

HJ35O

380 °C

l-2h

Ukushiselwa kwamandla ensimbi ene-alloy ephansi kanye nensimbi ekwazi ukumelana nokushisa

II+IV

E5003

J502

150-250C

650-700eC

J502

150°C lh

E5015

J507

150-250°C

650-700 °C

J507

38O°C1-2H

III+IV

E5003

J502

150-250°C

650-700eC

J502 !50°Clh

E5015

J507

J507

380°Cl-2h

Ukushiselwa kwamandla ensimbi ene-alloy ephansi kanye nensimbi ekwazi ukumelana nokushisa

II + V

E5015

J507

200-300°C

760°C 土

10°C

J507

380°Cl-2h

I-E5515-G

J557

200-300°C

760°C ±

10eC

J557

380°Cl.2h

 

 

Insimbi No.

Inombolo yesigaba sezinto ezibonakalayo zomzali noma inombolo yeqembu

I-Electrode

SAW

I-GTAW

I-Pre Temp ngaphambi kwe-weld

Temp. Ngemuva kwe-weld

I-Welding impahla yokomisa i-Temp.

Izinduku

Insimbi yensimbi engunombolo (okujwayelekile)

I-Flux

Insimbi yensimbi engunombolo (okujwayelekile)

Igesi

Imodeli

Uphawu lwesitolo

Uphawu lwesitolo

Amandla ensimbi ene-alloy ephansi kanye nensimbi ye-alloy evikela ukushisa ephansi

III+V

E5015

J507

200-300°C

76O±IO°C

J507.J557

380-420eC

1.5h

I-E5515-G

J557

phakathi kwezinsimbi ze-alloy ezingaphansi ezingamelana nokushisa

(IV-1) + (W-2) I-E5515-B1

R207

150-250 °C

650-700°C

R207.R307

380-420°C

1.5h

I-E5515-B2

R307

E309-15 A307

A307

250°C1.5h

IV+V

I-E5515-B1

R207

200-300°C

76O±IO°C

R207.R307

R317.R407

38O-420eC

l.5h

I-E5515-B2

R307

I-E5515-B2-V

R317

I-E6015-B3

R407

E3I0-15 A407

A407

250°C1.5h

Welding of pearlitic steel kanye ferritic insimbi engagqwali

(I+W) +VII

E309-16 A302

A302

150°Clh

E309-15 A307

A307

250°C

 

Insimbi No.

Inombolo yesigaba sezinto ezibonakalayo zomzali noma inombolo yeqembu

I-Electrode

SAW

I-GTAW

I-Pre Temp ngaphambi kwe-weld

Temp. Ngemuva kwe-weld

I-Welding impahla yokomisa i-Temp.

Izinduku

Insimbi yensimbi engunombolo (okujwayelekile)

I-Flux

Insimbi yensimbi engunombolo (okujwayelekile)

Igesi

Imodeli

Uphawu lwesitolo

Uphawu lwesitolo

Welding of pearlitic steel kanye ferritic insimbi engagqwali

1+(vn-i)

E309-16 A302

I-HLCr24Nil3

HJ260

I-HLCr24Nil3

Ar

150°C

lh

E309-15

A307

250°C

Ih

E309MO-16

A312

150°C

Ih

11+ (VII-1)

E309-I6

A302

I-HLCr24Nil3

HJ260

I-HLCr24Nil3 Ar

150°C

Ih

I-E309Mo-16

A312

IH+(vn-i)

E312-16

A402

I-HLCr26Ni2l Ar

150°C

Ih

E310-15

A407

250 °C

Ih

 

Insimbi No.

Inombolo yesigaba sezinto ezibonakalayo zomzali noma inombolo yeqembu

I-Electrode

SAW

I-GTAW

I-Pre Temp ngaphambi kwe-weld

Temp. Ngemuva kwe-weld

I-Welding impahla yokomisa i-Temp.

Izinduku

Insimbi yensimbi engunombolo (okujwayelekile)

I-Flux

Insimbi yensimbi engunombolo (okujwayelekile)

Igesi

Imodeli

Uphawu lwesitolo

Uphawu lwesitolo

Welding of pearlitic steel kanye ferritic insimbi engagqwali

IV+ (VD+1) E309-I6

A302

I-HLCr24Nil3

Ar

150°C

Ih

E310-16

A402

I-HLCr26Ni21

Ar

250°C

Ih

E310-I5

A407

I-HLCr26Ni21

Ar

150°C

Ih

E309-16

A302

I-HLCr24Nil3

Ar

E310-16

A402

I-HLCr26Ni21

Ar

E310-15

A407

I-HLCr26Ni2l

Ar

I-VI+ (VD-1) E309-16

A302

I-HLCr24Nil3

Ar

150°C

Ih

E309-15

A307

250°C

ih


Isikhathi sokuthumela: Mar-20-2023