SIDERWELD

by Sidergas
Made in Italy welding consumables
MIG

128 CA1

EN ISO 14341-A G 42 4 M21 2Si
EN ISO 14341-A G 42 4 C1 2Si
AWS A5.18 ER70S-3
CSA W48 B-G 49A 2 C G3

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DESCRIPTION

Copper-coated solid wire for MIG/MAG welding of Carbon steels. Used for general fabrication, storage tanks and shipbuilding. To be used under EN ISO 14175-C1 (CO2) shielding gas or EN ISO 14175-M20-M21-M33 gas mixtures (Ar/CO2 and Ar/CO2/O2).

CHEMICAL COMPOSITIONMECHANICAL PROPERTIES OF THE WELD DEPOSIT
CMnSiMoNiCrCuVRmRsA %ISO-V KV
0.06-0.091.00-1.300.50-0.70-----5404403080J @ -20°C60J @ -40°C

128 CA2

EN ISO 14341-A G 42 4 M21 3Si1
EN ISO 14341-A G 42 4 C1 3Si1
AWS A5.18 ER70S-6
CSA W48 B-G 49A 5 C G6

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DESCRIPTION

Copper-coated solid wire for MIG/MAG welding of Carbon steels. Used for structural steel construction. To be used under EN ISO 14175-C1 (CO2) shielding gas or EN ISO 14175-M20-M21-M33 gas mixtures (Ar/CO2 and Ar/CO2/O2).

CHEMICAL COMPOSITIONMECHANICAL PROPERTIES OF THE WELD DEPOSIT
CMnSiMoNiCrCuVRmRsA %ISO-V KV
0.06-0.081.40-1.500.80-0.90-----5604603080J @ -20°C60J @ -40°C

128 CA3

EN ISO 14341-A G 46 5 M21 4Si1
EN ISO 14341-A G 46 C1 4Si1
AWS A5.18 ER70S-6
CSA W48 B-G 49A 5 C G6

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DESCRIPTION

Copper-coated solid wire for MIG/MAG welding of Carbon steels, with higher Mn and Si content to ensure better deoxidizing properties and higher mechanical characteristics. Improved weld bead appearance even at high welding parameters. To be used under EN ISO 14175-C1 (CO2) shielding gas or EN ISO 14175-M20-M21-M33 gas mixtures (Ar/CO2 and Ar/CO2/O2).

CHEMICAL COMPOSITIONMECHANICAL PROPERTIES OF THE WELD DEPOSIT
CMnSiMoNiCrCuVRmRsA %ISO-V KV
0.065-0.081.60-1.700.90-1.00-----6005002680J @ -20°C50J @ -50°C

128 80

EN ISO 16834-A G 55 4 M21 Mn3NiCrMo
AWS A5.28 ER80S-G

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DESCRIPTION

Copper-coated solid wire for MAG welding of high-strength steels. Also suitable for welding steels requiring good toughness at low temperatures. To be used under EN ISO 14175-M20-M21-M33 shielding gas mixtures (Ar/CO2 and Ar/CO2/O2).

CHEMICAL COMPOSITIONMECHANICAL PROPERTIES OF THE WELD DEPOSIT
CMnSiMoNiCrCuVRmRsA %ISO-V KV
0.07-0.101.30-1.500.65-0.800.20-0.300.50-0.600.45-0.60--70560525120J @ -20°C80J @ -40°C

128 90

EN ISO 16834-A G 62 4 M21 Mn3NiCrMo
AWS A5.28 ER100S-G

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DESCRIPTION

Copper-coated solid wire for MAG welding of high-strength steels. Also suitable for welding steels requiring good toughness at low temperatures. To be used under EN ISO 14175-M20-M21-M33 shielding gas mixtures (Ar/CO2 and Ar/CO2/O2).

CHEMICAL COMPOSITIONMECHANICAL PROPERTIES OF THE WELD DEPOSIT
CMnSiMoNiCrCuVRmRsA %ISO-V KV
0.08-0.111.60-1.800.70-0.800.20-0.300.50-0.600.55-0.65--74064019110J @ -20°C70J @ -40°C

128 100

EN ISO 16834-A G 69 4 M21 Mn3Ni1CrMo
AWS A5.28 ER110S-G

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DESCRIPTION

Copper-coated solid wire for MAG welding of high-strength steels. Also suitable for welding steels requiring good toughness at low temperatures. To be used under EN ISO 14175 M20-M21-M33 shielding gas mixtures (Ar/CO2 and Ar/CO2/O2).

CHEMICAL COMPOSITIONMECHANICAL PROPERTIES OF THE WELD DEPOSIT
CMnSiMoNiCrCuVRmRsA %ISO-V KV
0.06-0.101.50-1.700.50-0.70-1.40-1.600.30-0.400.20-0.300.08-0.1078069023110J @ -20°C70J @ -40°C

128 Mo

EN ISO 14341-A G 50 4 M21 4Mo
AWS A5.28 ER80S-D2
CSA W48 B-G 55A 5 M G4M31

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DESCRIPTION

Copper-coated solid wire for MIG/MAG welding of low-alloy steels resistant to hot creep and of steels for high-temperature service (up to 500°C), with high Manganese and Silicon content to ensure high deoxidizing properties. The 0.5% Mo content provides high mechanical properties to the deposit at high temperatures. To be used under EN ISO 14175 M21-M33 shielding gas mixtures (Ar/CO2 and Ar/CO2/O2).

CHEMICAL COMPOSITIONMECHANICAL PROPERTIES OF THE WELD DEPOSIT
CMnSiMoNiCrCuVRmRsA %ISO-V KV
0.07-0.101.70-1.950.60-0.800.40-0.60----7305902160J @ -30°C50J @ -50°C

128 Re

EN ISO 14341-A G 46 4 M21 Z
AWS A5.28 ER80S-G

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DESCRIPTION

Copper-coated solid wire for GMAW welding of structural steels resistant to atmospheric corrosion. The Copper and Nickel content increases the atmospheric corrosion resistance of the weld bead. Can also be used for welding high-yield-strength steels. To be used under EN ISO 14175-C1 (CO2) shielding gas and EN ISO 14175-M20-M21 gas mixtures (Ar/CO2).

CHEMICAL COMPOSITIONMECHANICAL PROPERTIES OF THE WELD DEPOSIT
CMnSiMoNiCrCuVRmRsA %ISO-V KV
0.06-0.101.30-1.500.70-0.90-0.70-0.900.25-0.350.25-0.40-6205302280J @ -20°C60J @ -40°C

128 Ni1

EN ISO 14341-A G 46 6 M21 3Ni1
AWS A5.28 ER80S-Ni1

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DESCRIPTION

Copper-coated solid wire for GMAW welding of structural steels resistant to atmospheric corrosion. The Copper and Nickel content increases the atmospheric corrosion resistance of the weld bead. Can also be used for welding high-yield-strength steels. To be used under EN ISO 14175-C1 (CO2) shielding gas and EN ISO 14175-M20-M21 gas mixtures (Ar/CO2).

CHEMICAL COMPOSITIONMECHANICAL PROPERTIES OF THE WELD DEPOSIT
CMnSiMoNiCrCuVRmRsA %ISO-V KV
0.07-0.101.00-1.250.50-0.80-0.80-1.00---57048028115J @ -30°C47J @ -60°C

128 CA2 BRZ

EN ISO 14341-A G 42 4 M21 3Si1
EN ISO 14341-A G 42 4 C1 3Si1
AWS A5.18 ER70S-6
CSA W48 B-G 49A 5 C G6

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DESCRIPTION

Bronze-coated solid wire for MIG/MAG welding of Carbon steels. Used for structural steel construction. To be used under EN ISO 14175-C1 (CO2) shielding gas or EN ISO 14175-M20-M21-M33 gas mixtures (Ar/CO2 and Ar/CO2/O2).

CHEMICAL COMPOSITIONMECHANICAL PROPERTIES OF THE WELD DEPOSIT
CMnSiMoNiCrCuVRmRsA %ISO-V KV
0.06-0.081.40-1.500.80-0.90-----5604603080J @ -20°C60J @ -40°C

128 CA3 BRZ

EN ISO 14341-A G 46 5 M21 4Si1
EN ISO 14341-A G 46 C1 4Si1
AWS A5.18 ER70S-6
CSA W48 B-G 49A 5 C G6

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DESCRIPTION

Bronze-coated solid wire for MIG/MAG welding of Carbon steels. Bronze-coated solid wire with high Mn and Si content that improves mechanical and anti-oxidizing properties. To be used under EN ISO 14175 C1 (CO2) shielding gas or EN ISO 14175 M20-M21-M33 gas mixtures (Ar/CO2 and Ar/CO2/O2).

CHEMICAL COMPOSITIONMECHANICAL PROPERTIES OF THE WELD DEPOSIT
CMnSiMoNiCrCuVRmRsA %ISO-V KV
0.06-0.091.00-1.300.50-0.70-----6005002680J @ -20°C50J @ -50°C

128 90 BRZ

EN ISO 16834-A G 62 4 M21 Mn3NiCrMo
AWS A5.28 ER100S-G

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DESCRIPTION

Bronze-coated solid wire for MAG welding of high-strength steels. Also suitable for welding steels requiring good toughness at low temperatures. To be used under EN ISO 14175-M20-M21-M33 shielding gas mixtures (Ar/CO2 and Ar/CO2/O2).

CHEMICAL COMPOSITIONMECHANICAL PROPERTIES OF THE WELD DEPOSIT
CMnSiMoNiCrCuVRmRsA %ISO-V KV
0.065-0.081.60-1.700.90-1.00-----74064019110J @ -20°C70J @ -40°C

* Typical mechanical property values are obtained from tests carried out in accordance with the reference standard; these results should not be assumed to be valid for specific applications or welded parts. For further information, please refer to the product's technical data sheet.

PACKAGING

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Spools
D-100 D 100
EN ISO 544 S 100		 0.90 kg
0.60 ; 0.80 mm		 4 pcs. loose in cardboard box
24 pcs. blister pack in cardboard box
D-200 D 200
EN ISO 544 S 200		 5.00 kg
0.60 ; 0.80 ; 1.00 ; 1.20 mm		 200 pcs. in cardboard box on 95x95 wooden pallet
D-300 D 300
EN ISO 544 S 300		 15.00/20.00 kg
0.60 ; 0.80 ; 1.00 ; 1.20 ; 1.40 ; 1.60 mm		 72 pcs. in cardboard box on 95x95 wooden pallet
(other types available on request)
Iron baskets
K 300 K 300
EN ISO 544 B 300		 15.00/18.00 kg
0.80 ; 1.00 ; 1.20 ; 1.40 ; 1.60 mm		 72 pcs. in cardboard box on 95x95 wooden pallet
(other types available on request)
BS 300 BS 300
EN ISO 544 BS 300		 15.00/18.00 kg
0.80 ; 1.00 ; 1.20 ; 1.40 ; 1.60 mm		 72 pcs. in cardboard box on 95x95 wooden pallet
(other types available on request)
Drums
fusto-280 280 round cardboard drum 280.00 kg
0.80 ; 1.00 ; 1.20 ; 1.40 mm		 4 pcs. on 110x110 wooden pallet
ottagonale-30 300 octagonal cardboard drum 300.00 kg
0.80 ; 1.00 ; 1.20 ; 1.40 mm		 2 pcs. on 80x120 wooden pallet
Accessories
K300 basket adapter K300 basket adapter
EN ISO 544 B-300		 Material:
ABS and POM
Drum cap 280 Drum cap 280
Round plastic cap for use on 280 round drums		 Base circumference diameter: 520 mm
Height: 310 mm.
Cap hole diameter: 20 mm.

TIG SG1

EN ISO 636-A W 42 5 W2Si
AWS A5.18 ER70S-3

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DESCRIPTION

Copper-coated rod for GTAW welding of Carbon steels. Used for general construction, pressure vessel fabrication, shipbuilding and pipelines. Generally used for the root pass. To be used under EN ISO 14175-I1 shielding gas (100% Ar).

CHEMICAL COMPOSITIONMECHANICAL PROPERTIES OF THE WELD DEPOSIT
CMnSiMoNiCrCuVRmRsA %ISO-V KV
0.06-0.091.00-1.300.50-0.70---max 0.30-55050527180J @ -20°C150J @ -40°C

TIG SG2

EN ISO 636-A W 42 5 W3Si1
AWS A5.18 ER70S-6

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DESCRIPTION

Copper-coated rod for GTAW welding of Carbon steels. Used for general construction, pressure vessel fabrication, shipbuilding and pipelines. Generally used for the root pass. To be used under EN ISO 14175-I1 shielding gas (100% Ar).

CHEMICAL COMPOSITIONMECHANICAL PROPERTIES OF THE WELD DEPOSIT
CMnSiMoNiCrCuVRmRsA %ISO-V KV
0.06-0.081.40-1.500.80-0.90---max 0.30-5905402584J @ -20°C50J @ -50°C

TIG SG3

EN ISO 636-A W 46 5 W4Si1
AWS A5.18 ER70S-6

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DESCRIPTION

Copper-coated rod for GTAW welding of Carbon steels, with higher Mn and Si content to ensure better deoxidizing properties and higher mechanical characteristics. Improved weld bead appearance. To be used under EN ISO 14175-I1 shielding gas (100% Ar).

CHEMICAL COMPOSITIONMECHANICAL PROPERTIES OF THE WELD DEPOSIT
CMnSiMoNiCrCuVRmRsA %ISO-V KV
0.065-0.081.60-1.700.90-1.00---max 0.30-60053025100J @ -20°C50J @ -50°C

TIG Mo

EN ISO 636-B W 57A 5 W4M31
AWS A5.28 ER80S-D2

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DESCRIPTION

Copper-coated rod for GTAW welding of low-alloy steels resistant to hot creep (up to 500°C). The 0.50% Mo content ensures better mechanical properties at high temperatures. To be used under EN ISO 14175-I1 shielding gas (100% Ar).

CHEMICAL COMPOSITIONMECHANICAL PROPERTIES OF THE WELD DEPOSIT
CMnSiMoNiCrCuVRmRsA %ISO-V KV
0.07-0.101.70-1.950.60-0.800.40-0.60--max 0.30-71564023110J @ -40°C70J @ -50°C

TIG CrMo1

EN ISO 21952-A W CrMo1Si
AWS A5.28 ER80S-B2

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DESCRIPTION

Copper-coated 1.25%Cr/0.5%Mo rod for GTAW welding of hot-creep-resistant steels with the same chemical composition. Used in power generation plants (service temperatures up to 550°C), chemical and petrochemical industries where resistance to hydrogen attack, corrosion in the presence of sulphur-containing crude oil, and stress corrosion in acidic environments is required. Main applications are boiler steels, plates and piping, and also for welding quenched and tempered and case-hardened steels. To be used under EN ISO 14175-I1 shielding gas (100% Ar).

CHEMICAL COMPOSITIONMECHANICAL PROPERTIES OF THE WELD DEPOSIT
CMnSiMoNiCrCuVRmRsA %ISO-V KV
0.07-0.100.50-0.700.40-0.600.40-0.55max 0.201.10-1.40max 0.30-65062022250J @ +20°C150J @ -50°C

TIG Re

EN ISO 636-A W 46 5 W0
AWS A5.28 ER80S-G

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DESCRIPTION

Copper-coated rod for GTAW welding of steels resistant to atmospheric corrosion. The Copper and Nickel content increases the atmospheric corrosion resistance of the weld bead. Thanks to its alloying elements it can also be used for steels with yield strength up to 470 MPa. To be used under EN ISO 14175-I1 shielding gas (100% Ar).

CHEMICAL COMPOSITIONMECHANICAL PROPERTIES OF THE WELD DEPOSIT
CMnSiMoNiCrCuVRmRsA %ISO-V KV
0.06-0.101.30-1.500.70-0.900.40-0.600.70-0.900.25-0.350.25-0.40-64056024190J @ -20°C170J @ -50°C

TIG Ni1

EN ISO 636-A W 46 6 W3Ni1
AWS A5.28 ER80S-Ni1

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DESCRIPTION

Copper-coated rod for GTAW welding of fine-grain, Nickel-alloyed steels, when weld metal toughness properties down to -60°C in the as-welded condition are required. Designed for offshore piping and other high-reliability applications. To be used under EN ISO 14175-I1 shielding gas (100% Ar).

CHEMICAL COMPOSITIONMECHANICAL PROPERTIES OF THE WELD DEPOSIT
CMnSiMoNiCrCuVRmRsA %ISO-V KV
0.07-0.101.00-1.250.50-0.80-0.80-1.00-max 0.30-60050025150J @ +20°C80J @ -60°C

TIG 100

EN ISO 16834-A W 69 5 I1 Mn3Ni1CrMo
AWS A5.28 ER110S-G

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DESCRIPTION

Copper-coated rod for GTAW welding of high-strength steels. Also suitable for welding steels requiring good toughness at low temperatures. To be used under EN ISO 14175-I1 shielding gas (100% Ar).

CHEMICAL COMPOSITIONMECHANICAL PROPERTIES OF THE WELD DEPOSIT
CMnSiMoNiCrCuVRmRsA %ISO-V KV
0.06-0.101.50-1.700.50-0.700.20-0.301.40-1.600.30-0.40max 0.300.08-0.1080576018220J @ -20°C190J @ -50°C

* Typical mechanical property values are obtained from tests carried out in accordance with the reference standard; these results should not be assumed to be valid for specific applications or welded parts. For further information, please refer to the product's technical data sheet.

PACKAGING

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Cardboard tubes
Cardboard tube 5kg tube
EN ISO 544		 5.00 kg x 4pcs (20kg)
1.60 ; 2.00 ; 2.40 ; 3.20 mm		 4 pcs. in cardboard box

AS2

EN ISO 14171-A S2
AWS 5.17 EM12

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DESCRIPTION

Copper-coated solid wire for submerged arc welding of Carbon steels. Designed for use with ARF (rutile-aluminate type flux), ABF (basic-aluminate type flux), ANF (neutral-aluminate type flux) and AFF (fluoride-aluminate type flux) fluxes.

CHEMICAL COMPOSITIONWIRE-FLUX COMBINATION CLASSIFICATIONS – MULTI-PASS TECHNIQUE
CMnSiMoNiCrCuABFARFANFAFF
0.09-0.120.90-1.200.10-0.15---max 0.30EN ISO 14171-A-S 42 4 AB S2EN ISO 14171-A-S 42 0 AR S2EN ISO 14171-A-S 42 2 AB S2EN ISO 14171-A-S 38 5 FB S2

AS2Si

EN ISO 14171-A S2Si
AWS 5.17 EM12K

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DESCRIPTION

Copper-coated solid wire, low-alloyed with Manganese, for submerged arc welding of Carbon steels. Designed for use with ARF (rutile type flux), ABF (basic-aluminate type flux) and AFF (fluoride-aluminate type flux) fluxes.

CHEMICAL COMPOSITIONWIRE-FLUX COMBINATION CLASSIFICATIONS – MULTI-PASS TECHNIQUE
CMnSiMoNiCrCuABFARFANFAFF
0.08-0.120.80-1.200.15-0.35---max 0.30-EN ISO 14171-A-S 42 0 AR S2SiEN ISO 14171-A-S 42 2 AB S2SiEN ISO 14171-A-S 38 5 FB S2Si

AS3Si

EN ISO 14171-A S3Si
AWS 5.17 EH12K

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DESCRIPTION

Copper-coated solid wire, low-alloyed with Manganese, for submerged arc welding of medium- and high-strength structural steels. Designed for use with ABF (basic-aluminate type flux) and AFF (fluoride-aluminate type flux) fluxes.

CHEMICAL COMPOSITIONWIRE-FLUX COMBINATION CLASSIFICATIONS – MULTI-PASS TECHNIQUE
CMnSiMoNiCrCuABFARFANFAFF
0.08-0.121.50-1.800.15-0.40---max 0.30EN ISO 14171-A-S 42 5 AB S3Si--EN ISO 14171-A-S 46 6 FB S3Si

AS2Mo

EN ISO 14171-A S2Mo
AWS 5.23 EA2

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DESCRIPTION

Copper-coated solid wire for submerged arc welding of fine-grain steels and steels resistant to hot creep. Service temperatures up to 500°C. Designed for use with ARF (rutile-aluminate type flux), ANF (neutral-aluminate type flux) and AFF (fluoride-aluminate type flux) fluxes.

CHEMICAL COMPOSITIONWIRE-FLUX COMBINATION CLASSIFICATIONS – MULTI-PASS TECHNIQUE
CMnSiMoNiCrCuABFARFANFAFF
0.08-0.150.95-1.200.10-0.150.45-0.60--max 0.30EN ISO 14171-A-S 46 3 AB S2MoEN ISO 14171-A-S 46 0 AR S2MoEN ISO 14171-A-S 46 2 AB S2MoEN ISO 14171-A-S 46 4 FB S2Mo

ACOR

EN ISO 14171-A S2Ni1Cu
AWS 5.23 EG

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DESCRIPTION

Copper-coated solid wire for submerged arc welding of steels resistant to atmospheric corrosion, such as Resco®, Corten®, Patinax®, etc., used in the construction of structures exposed to weathering (salt water, SOx, caustic liquids). Designed for use with ABF flux.

CHEMICAL COMPOSITIONWIRE-FLUX COMBINATION CLASSIFICATIONS – MULTI-PASS TECHNIQUE
CMnSiMoNiCrCuABFARFANFAFF
0.08-0.120.70-1.200.15-0.35-0.65-0.900.15-0.300.40-0.50EN ISO 14171-A-S 46 3 AB S2Ni1Cuo---

ARF

EN ISO 14174 -SA AR 1 76 AC H5

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DESCRIPTION

Agglomerated rutile-aluminate flux, designed for all SAW processes and for welding ordinary carbon-manganese steels, low-alloy structural steels and boiler steels with a yield strength up to 355 MPa (t < 25 mm), in combination with S2, S2Si, S2Mo wire types.

BASICITY INDEXWIRE-FLUX COMBINATION CLASSIFICATIONS – MULTI-PASS TECHNIQUE
AS2AS2SiAS3SiAS2MoACOR
~0.6EN ISO 14171-A-S 42 0 AR S2EN ISO 14171-A-S 42 0 AR S2Si-EN ISO 14171-A-S 46 0 AR S2Mo-

ABF

EN ISO 14174 -SA AR 1 76 AC H5

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DESCRIPTION

Agglomerated basic-aluminate flux suitable for joint welding of low-alloy structural steels (Y.S. up to 420 MPa), pipe steels, boiler steels and fine-grain steels with Y.S. < 420 MPa. A typical characteristic of this flux is slag detachability, even in narrow-groove welds of thick-walled sections.

BASICITY INDEXWIRE-FLUX COMBINATION CLASSIFICATIONS – MULTI-PASS TECHNIQUE
AS2AS2SiAS3SiAS2MoACOR
~1.3EN ISO 14171-A-S 42 4 AB S2-EN ISO 14171-A-S 42 5 AB S3SiEN ISO 14171-A-S 46 3 AB S2MoEN ISO 14171-A-S 46 3 AB S2Ni1Cu

AFF

EN ISO 14174 -SA FB 1 55 AC

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DESCRIPTION

Agglomerated fluoride-basic flux with a high basicity index and low levels of impurities such as Sulphur and Phosphorus. Thanks to weld deposits with low oxygen values, uniform mechanical properties are achieved with high toughness values at low temperatures down to -60°C. Due to the near-neutral slag reactions, the chemical analysis can be fully controlled through an appropriate choice of welding wire. SID FL A AF is suitable for welding in both AC and DC, for use in single-wire and multi-wire processes, for butt and fillet welds.

BASICITY INDEXWIRE-FLUX COMBINATION CLASSIFICATIONS – MULTI-PASS TECHNIQUE
AS2AS2SiAS3SiAS2MoACOR
~3.0EN ISO 14171-A-S 38 5 FB S2EN ISO 14171-A-S 38 5 FB S2SiEN ISO 14171-A-S 46 6 FB S3SiEN ISO 14171-A-S 46 4 FB S2Mo-

PACKAGING

PACKAGING TABLE
Iron baskets
K-415 K 415
EN ISO 544		 25.00 kg
2.00 ; 2.40 ; 3.20 ; 4.00 mm		 36 pcs. in cardboard box on 95x95 wooden pallet
(other types available on request)
Drums
Round cardboard drum 350 round cardboard drum
EN ISO 544		 350.00 kg
2.00 ; 2.40 ; 3.20 ; 4.00 mm		 2 pcs. on 80x120 wooden pallet
(other types available on request)
Accessories
Drum cap 350 Drum cap 350
Round plastic cap for use on 350 round drums		 Base circumference diameter: 575 mm
Height: 310 mm.
Cap hole diameter: 20 mm.