:: ADOR WELDING LIMITED ::

STAINLESS AND HEAT RESISTING STEEL STICK ELECTRODES

BRAND NAME

CLASSIFICATIONS

APPROVAL

REDRYING

POLARITY

WELDING

PRODUCT DESCRIPTION POSITION

BETANOX-C

AWS	E310-16
IS	E25.20 R26X

BPCL, KRL

RDSO

300ºC for

1Hr.

AC or DC(+)

F/H/V-DOWN/

V-up/OH

weld metal of 25/20 type. OXIDATION resistance upto 1150ºC. Electrode is RUTILE COATED. Gives impact at minus 196ºC.

BETANOX-C-15

AWS	E310-15
IS	E25.20 B20

BPCL

300ºC for

1Hr.

DC(+)

F/H/V-DOWN/

V-up/OH

weld metal of 25/20 type. OXIDATION resistance upto 1150ºC. Electrode is BASIC COATED. Gives impact at minus 196ºC.

BETANOX-D

AWS	E309-16
IS	E23.12 R26

RDSO, BPCL

KPG, TEIL

300ºC for

1Hr.

AC or DC(+)

F/H/V-DOWN/

V-up/OH

Weld deposit of 25/12 type. Excelent CORROSION & OXIDATION RESISTANCE upto 1100ºC. Recommended for welding of dissimilar metals. Electrode is RUTILE COATED.

BETANOX-D-15

AWS	E309-15
IS	E23.12 B20

BPCL

300ºC for

1Hr.

DC(+)

F/H/V-DOWN/

V-up/OH

Weld deposit of 25/12 type. Excelent CORROSION & OXIDATION RESISTANCE upto 1100ºC. Recommended for welding of dissimilar metals. Electrode is BASIC COATED.

BETANOX-D+Cb

AWS	E309Cb-16
IS	E23.12 CbR26

300ºC for

1Hr.

AC or DC(+)

F/H/V-DOWN/

V-up/OH

Weld deposit of 25/12 Cb STABILISED and can withstand CORROSION & OXIDATION upto 1100ºC. Cb provides resistance to IGC & HIGH STRENGTH at elevated temp.

BETANOX-D-Mo

AWS	E309Mo-16
IS	E23.12.2R26

BPCL, PDIL

KPG, TEIL

300ºC for

1Hr.

AC or DC(+)

F/H/V-DOWN/

V-up/OH

Weld deposit of 25/12/2.5Mo type and exhibits improved resistance to CORROSION & HEAT.

BETANOX-K

AWS	E316L-15
IS	E19.12.2LB20

300ºC for

1Hr.

DC(+)

F/H/V-DOWN/

V-up/OH

Weld deposit of 17/13/2.5Mo type. Electrode is BASIC COATED. Weld metal is FULLY AUSTENITIC & having exceptionally good CORROSION RESISTANCE. Recommended. for HIGH TEMP. SERVICE applications.

BETANOX-K (SPL)

AWS	E316L-16

300ºC for

1Hr.

AC or DC(+)

F/H/V-DOWN/

V-up/OH

Weld metal is FULLY AUSTENITIC & having exceptionally good CORROSION RESISTANCE. FERRITE % is less than 0.5%. Recommended for UREA GARDE applications.

BETANOX-ZF

AWS	( E316L-16 )

300ºC for

1Hr.

DC(+)

F/H/V-DOWN/

V-up/OH

Weld metal is FULLY AUSTENITIC & having exceptionally good CORROSION RESISTANCE. Weld metal is 18/14/Mo type and can withstand HIGH TEMP. FERRITE % is less than 0.5%.

BETANOX-20/30

AWS	E320-15

300ºC for

1Hr.

DC(+)

F/H/V-DOWN/

V-up/OH

Weld deposit can withstand TEMP. upto 1200ºC . Excellent RESISTANCE to CHEMICAL CORROSION.

BETANOX-309Cb PLUS

AWS	E309Cb-17
IS	E23.12Cb R26

300ºC for

1Hr.

AC or DC(+)

F/H/V-DOWN/

V-up/OH

For welding of SS to alloyed/ unalloyed steels. Weld metal is AUSTENITIC FERRITIC type giving 25/12Cb composition. Weld metal is exceptionally good in resistance to CHEMICAL CORROSION & HEAT.

BETANOX-309Mo PLUS

AWS	E309Mo-17
IS	E23.12.2 R26

PDIL

300ºC for

1Hr.

AC or DC(+)

F/H/V-DOWN/

V-up/OH

Weld metal is AUSTENITIC FERRITIC type giving 25/12Cb composition. Weld depisit exhibits exceptionally good TENSILE STRENGTH, CORROSION & HEAT RESISTANCE.

BETANOX-310 PLUS

AWS	E310-17
IS	E25.20 R26X

300ºC for

1Hr.

AC or DC(+)

F/H/V-DOWN/

V-up/OH

Weld deposit is FULLY AUSTENITE 25/20 type.

BETANOX-308 PLUS

AWS	E308-17
IS	E19.9 R26

DNV/LRS/

KPGL/PDIL

300ºC for

1Hr.

AC or DC(+)

F/H/V-DOWN/

V-up/OH

Weld deposit is 19/10 type giving resistance to ATMOSPHERIC CORROSION FERRITE% is 3-7.

BETANOX-308L PLUS

AWS	E308L-16
IS	E19.9LR26

ABS/LRS

PDIL

300ºC for

1Hr.

AC or DC(+)

F/H/V-DOWN/

V-up/OH

Weld deposit is 19/10 type with extra LOW CARBON. Recomended for welding of non satbilised SS of 18/8 type. Weld metal exhibits excellent resistance to ATMOSPHERIC CORROSION. FERRITE % is 3-7.

BETANOX-316 PLUS

AWS	E316-17
IS	E19.12.2 LR26

DNV/LRS

PDIL

300ºC for

1Hr.

AC or DC(+)

F/H/V-DOWN/

V-up/OH

Weld deposit is 18/13 Mo SS having controlled ferrite content of 4-8%.

BETANOX-316L PLUS

AWS	E316L-16
IS	E19.12.2 LR26

ABS/LRS

PDIL

300ºC for

1Hr.

AC or DC(+)

F/H/V-DOWN/

V-up/OH

Recommended for welding of stabilised/ non-stablised SS of 316L type. Weld metal exhibits excellent CREEP STRENGTH. Weld metal is 18/13Mo type. FERRITE% is 2-8.

BETANOX-318 PLUS

AWS	E318-16
IS	E19.12.2Nb R26

300ºC for

1Hr.

AC or DC(+)

F/H/V-DOWN/

V-up/OH

Weld deposit is having 18/13Mo/Nb composition. Fe% is 4-8%. Weld metal exhibits maximum resistance to STRESS CORROSION CRACKING, CHEMICAL CORROSION AND INTER-CRYSTALLINE CORROSION. Excellent CREEP RESISTANCE upto 850ºC.

BETANOX-347 PLUS

AWS	E347-16
IS	E19.9Nb R26

300ºC for

1Hr.

AC or DC(+)

F/H/V-DOWN/

V-up/OH

Weld deposit is having 19/10/Nb STABILISED composition. Fe% is 6-9%. Weld metal exhibits maximum resistance to CRACKING, CORROSION. Excellent CREEP RESISTANCE upto 800ºC.

BETANOX-13Cr

AWS	E410-15

300ºC for

2 Hrs.

DC(+)

F/H/V-DOWN/

V-up/OH

Recommended for welding of FERRITIC MARTENSITIC CHROME steels. Weld deposit is AIR HARDENEABLE and contains about 13% Cr. For general CORROSION & HEAR RESISTANCE applications.

BETANOX-17Cr

AWS	E430-15

300ºC for

2 Hrs.

DC(+)

F/H/V-DOWN/

V-up/OH

Recommended for welding of FERRITIC MARTENSITIC CHROME steels. Weld deposit is AIR HARDENEABLE and contains about 17% Cr. For general CORROSION & HEAR RESISTANCE applications.

BETACHROME-N

IS	E18.8MnB45

300ºC for

2 Hrs.

AC or DC(+)

F/H/V-DOWN/

V-up/OH

Weld deposit is having 18/8/5Mn composition. Weld metal exhibits maximum resistance to ATMOSPHERE, SEA WATER and WEAK ACIDS CORROSION. Excellent HEAT RESISTANCE upto 900ºC. DEPOSITION EFFICIENCY approx. 135%.

BETACHROME-ND

IS	E18.8MnB20

RDSO

300ºC for

2 Hrs.

DC(+)

F/H/V-DOWN/

V-up/OH

BETANOX-DL

AWS	E309L-16
IS	E23.12 LR26

TEIL

300ºC for

1Hr.

AC or DC(+)

F/H/V-DOWN/

V-up/OH

Weld metal is 25/12 type having extra low carbon. Recommended for welding of dissimilar steels i.e. CS to SS

BETANOX-309 PLUS

AWS	E309-17

DNV/LRS/KPG

PDIL

300ºC for

1Hr

AC or DC(+)

F/H/V-DOWN/

V-up/OH

Weld metal is 25/12 type. Recommended for welding of dissimilar steels i.e. CS to SS.

SUPERINOX-1A

AWS	E308-16
IS	E19.9 R26

DCEL/KPG/NPC

RDSO/TOYO

300ºC for

1Hr.

AC or DC(+)

F/H/V-DOWN/

V-up/OH

A low carbon 19/10 stainless steel electrode with controlled ferrite content of 3 to 7% for maximum resistance to cracking, corrosion and high temperatures up to 800ºC.

SUPERINOX-1B

AWS	E347-16
IS	E19.9Nb R26

NPC/TOYO

300ºC for

1Hr.

AC or DC(+)

F/H/V-DOWN/

V-up/OH

A low-carbon 19/10 Nb stabilised stainless steel rutile-type electrode with controlled ferrite content of 6 to 9 % for maximum resistance to cracking. Nionbium prevents harmful carbide precipitation inte temperature range. Range 425 to 843ºC.

SUPERINOX-1C

AWS	E308L-16
IS	E19.9 LR26

DECL/KPG/NPC

RDSO/TOYO

300ºC for

1Hr.

AC or DC(+)

F/H/V-DOWN/

V-up/OH

A extra low-carbon 19/10 stainless steel electrode with controlled ferrite content of 3 to 7 % for maximum resistance to cracking. Carbon content as low as 0.028% eliminates the possibility of inter-crystalline corrosion in the temperature range of 425 to 843ºC.

SUPERINOX-2A

AWS	E316-16
IS	E19.12.2 R26

DECL/KPG/NPC

RDSO/TOYO

300ºC for

1Hr.

AC or DC(+)

F/H/V-DOWN/

V-up/OH

A low-carbon rutile type, 18/13 Mo stainless steel, electrode with controlled ferrite content of 4 to 8 % for maximum resistance to cracking.

SUPERINOX-2B

AWS	E316-16
IS	E19.12.2 R26

DECL/KPG/NPC

RDSO/TOYO

300ºC for

1Hr.

AC or DC(+)

F/H/V-DOWN/

V-up/OH

A low-carbon 18/13 Mo/Nb stabilised electrode with controlled ferrite of 4 to 8% for maximum resistance to stress corrosion cracking, chemical corrosion and inter-crystalline corrosion.

SUPERINOX-2C

AWS	E316L-16
IS	E19.12.2LR26

KPG/NPC/PDIL

TOYO

300ºC for

1Hr.

AC or DC(+)

F/H/V-DOWN/

V-up/OH

An extra low carbon 18/13 Mo stabilised steel electrode with controlled ferrite content of 3 to 8% for maximum resistance to stress corrosion cracking. Hot cracking, chemical corrosion at high temperatures up to 850ºC.

SUPERINOX-2D

AWS	E317L-16
IS	E19.12.3LR26

300ºC for

1Hr.

AC or DC(+)

F/H/V-DOWN/

V-up/OH

An extra low carbon 19/13 Mo stainless steel electrode with controlled ferrite content of 4 to 9% for maximum resistance to inter-crystalline Corrosion stress corrosion cracking, hor cracking and chemical corrosion. The weld-metal has excellent creep strength.