Ferro No. | Electrode | SAW | GTAW | ||
Rods | Filum ferro No. (vexillum) | Flux | Filum ferro No. (vexillum) | ||
Exemplar | Signum tabernam | Signum tabernam | |||
Q235-AF Q235A | E4303 | J422 | H08a | HJ431 | TIG-J50 |
10(pipe) 20(pipe) | E4303 | J422 | H08MnA | HJ431 | TIG-J50 |
Q235-B Q235-C | E4316E4315 | J426J427 | H08a H08E | HJ431 | TIG-J50 |
20G、20g 20R、20 Forging) | E4315E4315 | J426J427 | H08a H08E H08MnA | HJ43I | TIG-J50 |
!6Mn 16MnR | E5016E5015 | J506J507 | Hlomnsi H10Mn2 | HJ431HJ350 | Hlomnsi |
16MnD I6MnDR | E5016-G E5015-G | J506RH J507RH | HlOMnNiMoA | SJ101 | TG50 |
15MnNiDR | E5015-G | W607 | H08MnA | SJ102 | TG50 |
CO2 Gas Weld | Materiam glutino exsiccans Nativ. | ||
Gas | Filum ferro No. (vexillum) | Gas | |
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) |
Ferro No. | Electrode | SAW | GTAW | CO2 Gas Weld | Pre Temp ante weld | Temp. Post weld | Materiam glutino exsiccans Nativ. | ||||||
Rods | Filum ferro No. (vexillum) | Flux | Filum ferro No. (vexillum) | Gas | Filum ferro No. (vexillum) | Gas | |||||||
Exemplar | Signum tabernam | Signum tabernam | |||||||||||
12CrMo | E5515-BI | R207 | H08CrMoA | HJ350 | TIG-R30 | Ar | H08CrMnSi Mo | CO2 | 150-250 ° C | 650-700°C | 380〜420C 1.5h) | ||
15CrMo | E5515-B2 | R307 | H13CrMoA | HJ350 SJ103 | ER55-B2 ER55-B2L | Ar | ER55-G | CO2 | I5O-25O°C | 650-700eC | 380〜420°C 1.5h) | ||
12CrlMoV | E5515-B2- V | R317 | H08CrMoVA | HJ35O | ER55B2MnV | Ar | 200-300°C | 650-700°C | 380〜420°C 1.5h) | ||||
lCr5Mo | E5Mov15 | R507 | H0Cr5Mo | Ar | 200-300°C | DCCLX ± X ° C | 380〜420°C 1.5h) | ||||||
0Crl8Ni9 | E308-16E308-I5 | Al 02Al 07 | H0Cr2INil0 | HJ260 | H0Cr21Nil0 | Ar | Al 02. Al 07 150° Clh 250° Clh | ||||||
OCrl8NilOTi!Crl8Ni9Ti | E437-16E437-15 | A132A137 | H0Cr21Nil0T i | HJ260 | H0Cr21NiI0T i | Ar | AI32.AI37150°Clh250°Clh | ||||||
0Crl7Nil2Mo 2 | E316-16E316-15 | A202A207 | H0Crl9NiI2 Mo2 | HJ260 | H0Crl9NiI2 Mo2 | Ar | A202.A207 150° Clh 250° Clh |
Ferro No. | Electrode | SAW | GTAW | CO2 Gas Weld | Pre Temp ante weld | Temp. Post weld | Materiam glutino exsiccans Nativ. | ||||
Rods | Filum ferro No. (vexillum) | Flux | Filum ferro No. (vexillum) | Gas | Filum ferro No. (vexillum) | Gas | |||||
Exemplar | Signum tabernam | Signum tabernam | |||||||||
0Crl8Nil2Mo2 | E316L-16E318-16 | A022A2I2 | H00Crl9Ni 12Mo2 | HJ260 | H00Crl9Ni 12Mo2 | Ar | A022.A212 !50°Clh | ||||
00Crl9Nil0 | E308L-16 | A002 | H00Cr21Nil0 | HJ260 | H00Cr21Nil0 | Ar | A002 150° Clh | ||||
lCr! 3 | E410-16 | G202 | G202 150°CIh | ||||||||
!Cr6Si2Mo | E5Mov15 | R507 | CCCLXXX ~420 ° C (1.5h) | ||||||||
RQTSi505 | EZC | Z202 | Z202 150° Clh |
Welding Materials Commune Steel Electio (Dissrimiles Steel)
Ferro No. | Genus parens numerus vel coetus numero materia iuncturam | Electrode | SAW | GTAW | Pre Temp ante weld | Temp. Post weld | Materiam glutino exsiccans Nativ. | ||||
Rods | Filum ferro No. (vexillum) | Flux | Filum ferro No. (vexillum) | Gas | |||||||
Exemplar | Signum tabernam | Signum tabernam | |||||||||
Welding inter Carbon Steel | I + | E4303 | J422 | H08a | HJ431 | TIG-J50 | Ar | J422.J427 150° Clh 380° Clh | |||
E4315 | J427 | ||||||||||
Welding de Carbon Steel et High-Fortitudo humilis-Alloy Steel | I +(H-1) | E4303 | J422 | H08a H08MnA | HJ431 | Hlomnsi | Ar | J422.J427 150° Clh 380° Clh | |||
E4315 | J427 | ||||||||||
1+(II+2) | E4315 | J427 | H08MnA | HJ431 | Hlomnsi | Ar | J427.J507 | ||||
E5016 | J507 | CCCLXXX ° C.5h | |||||||||
1+ (III+.) 1+ (III+ 2). | E43I5 | J427 | H08ah08mna | HJ431 | Hlomnsi | Ar | J427.J507 CCCLXXX ° C.5h | ||||
E5015 | J507 | ||||||||||
Welding de Carbon Steel et calor, repugnans humilis Alloy Steel | I + IV | E4315 | J427 | H08a H08MnA | HJ431 | Hlomnsi | Ar | CL ~250 ° C | DCL~700 ° C | J427 CCCLXXX ° C.5h | |
I + v | E4315 | J427 | H08a H08MnA | HJ431 | Hlomnsi | Ar | CC〜CCC°C | DCCLX ± X ° C | J427 CCCLXXX ° C.5h | ||
Weld de Carbon Steel et Minimum Templ.low Steel | I + VI | E4315 | J427 | H08ah08mna | HJ431 | Hlomnsi | Ar | J427 CCCLXXX ° C.5h |
Ferro No. | Genus parens numerus vel coetus numero materia iuncturam | Electrode | SAW | GTAW | Pre Temp ante weld | Temp. Post weld | Materiam glutino exsiccans Nativ. | |||
Rods | Filum ferro No. (vexillum) | Flux | Filum ferro No. (vexillum) | Gas | ||||||
Exemplar | Signum tabernam | Signum tabernam | ||||||||
Vexatum altae vires humili stannum steels | II + XI | E5015 | J507 | H08MnA Hlomnsi | HJ431 | Hlomnsi | Ar | J507, J557 380-420c l-2h | ||
E5515-G | J507 | |||||||||
Vexatum altae vires humili stannum steels | 11+ (III, I) 11+ (III-II) | E5015 | J507 | H08MnA H10Mn2 | HJ431 | Hlomnsi | Ar | J507 CCCLXXX ° C l-2h | ||
HJ350 | ||||||||||
(II + II) + (CXI + I) | E5015 | J507 | H10Mn2 | HJ431 | J507, J557 | |||||
(11+2) + (111+2) | E5515-G | J557 | Hlomnsi | HJ35O | CCCLXXX ° C l-2h | |||||
Welding de viribus humilis-ally ferro et calor repugnans humilis-ally ferro | II + IV | E5003 | J502 | 150-250c | 650-700eC | J502 CL ° C LH | ||||
E5015 | J507 | 150-250 ° C | 650-700 ° C | J507 38o ° C1-2h | ||||||
III + IV | E5003 | J502 | 150-250 ° C | 650-700eC | J502! L ° clh | |||||
E5015 | J507 | J507 CCCLXXX ° CL-2h | ||||||||
Welding de viribus humilis-ally ferro et calor repugnans humilis-ally ferro | II + V | E5015 | J507 | 200-300°C | DCCLX ° C 土 10°C | J507 CCCLXXX ° CL-2h | ||||
E5515-G | J557 | 200-300°C | 760°C± 10eC | J557 380°Cl.2h |
Ferro No. | Genus parens numerus vel coetus numero materia iuncturam | Electrode | SAW | GTAW | Pre Temp ante weld | Temp. Post weld | Materiam glutino exsiccans Nativ. | |||
Rods | Filum ferro No. (vexillum) | Flux | Filum ferro No. (vexillum) | Gas | ||||||
Exemplar | Signum tabernam | Signum tabernam | ||||||||
Fortitudo humilis-Alloy Steel et æstus-repugnans low-ally ferro | III+V | E5015 | J507 | 200-300°C | 76O±IO°C | J507.J557 380-420eC 1.5h | ||||
E5515-G | J557 | |||||||||
inter calor repugnans low-admixtione steels | (I-I) + (W-II) | E5515-B1 | R207 | 150-250 °C | 650-700°C | R207.R307 380-420°C 1.5h | ||||
E5515-B2 | R307 | |||||||||
E309-15 | A307 | A307 250°C1.5h | ||||||||
IV+V | E5515-B1 | R207 | 200-300°C | 76O±IO°C | R207.R307 R317.R407 38O-420eC l.5h* | |||||
E5515-B2 | R307 | |||||||||
E5515-B2-V | R317 | |||||||||
E6015-B3 | R407 | |||||||||
E3I0-15 | A407 | A407 250°C1.5h | ||||||||
Welding de Pearlitic ferro ferro et ferro | (I+W) +VII | E309-16 | A302 | A302 150° Clh | ||||||
E309-15 | A307 | A307 250°C |
Ferro No. | Genus parens numerus vel coetus numero materia iuncturam | Electrode | SAW | GTAW | Pre Temp ante weld | Temp. Post weld | Materiam glutino exsiccans Nativ. | |||
Rods | Filum ferro No. (vexillum) | Flux | Filum ferro No. (vexillum) | Gas | ||||||
Exemplar | Signum tabernam | Signum tabernam | ||||||||
Welding de Pearlitic ferro ferro et ferro | 1+(vn-i) | E309-16 | A302 | HlCr24Nil3 | HJ260 | HlCr24Nil3 | Ar | 150°C lh | ||
E309-15 | A307 | 250°C Ih | ||||||||
E309MO-16 | A312 | 150°C Ih | ||||||||
11+ (VII-1) | E309-I6 | A302 | HlCr24Nil3 | HJ260 | HlCr24Nil3 | Ar | 150°C Ih | |||
E309Mo-16 | A312 | |||||||||
IH+(vn-i) | E312-16 | A402 | HlCr26Ni2l | Ar | 150°C Ih | |||||
E310-15 | A407 | CCL °C Ih |
Ferro No. | Genus parens numerus vel coetus numero materia iuncturam | Electrode | SAW | GTAW | Pre Temp ante weld | Temp. Post weld | Materiam glutino exsiccans Nativ. | |||
Rods | Filum ferro No. (vexillum) | Flux | Filum ferro No. (vexillum) | Gas | ||||||
Exemplar | Signum tabernam | Signum tabernam | ||||||||
Welding de Pearlitic ferro ferro et ferro | IV+ (VD+1) | E309-I6 | A302 | HlCr24Nil3 | Ar | 150°C Ih | ||||
E310-16 | A402 | HlCr26Ni21 | Ar | 250°C Ih | ||||||
E310-I5 | A407 | HlCr26Ni21 | Ar | 150°C Ih | ||||||
E309-16 | A302 | HlCr24Nil3 | Ar | |||||||
E310-16 | A402 | HlCr26Ni21 | Ar | |||||||
E310-15 | A407 | HlCr26Ni2l | Ar | |||||||
VI+ (VD-1) | E309-16 | A302 | HlCr24Nil3 | Ar | 150°C Ih | |||||
E309-15 | A307 | 250°C ih |
Post tempus: Mar-20-2023