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D&h Secheron Electrodes Pvt. Ltd.

D&h Secheron Electrodes Pvt. Ltd.
location Marine Lines, Mumbai, Maharashtra

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Our Products

  1. Products 102 Products available

Our Products

Our offered Product range includes Supra Leg Guard, Supra Welding Holder, Supra Welding Goggle, Supra Earth Clamp and Supra Cutting Goggle.

Solid Wires Autotherme 120- S1

Solid Wires Autotherme 120- S1
  • Material Copper-coated Solid Wire
  • AWS Standard SFA SFA 5.28 ER120S-1
  • Features Smooth Flow, Stable Arc, Spatter-free
  • Weld Metal Properties Excellent Crack Resistance, Sound Weld Metal, Good Impact Properties
  • Suitable For High-strength Q&T Steels, HY-80, HY-100 Steels For Military Applications
AWS: SFA SFA 5.28 ER120S-1 EN ISO CODE: Autotherme 120S-1 is a copper-coated solid wire available in a bright finish, giving smooth flow, stable arc, and spatter-free under optimum welding conditions. The weld metal displays excellent crack resistance and produces sound weld metal with excellent strength and good impact properties. It gives radiographic quality welds. It is ideally suited for welding high-strength Q&T steels, for welding HY-80 and HY-100 steels for military applications. They are also used for various structural applications where tensile strength requirements exceed 760 MPa and excellent toughness is required.
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Solid Wires AUTOTHERME110 S-1

Solid Wires AUTOTHERME110 S-1
  • Material Copper-coated
  • Type Solid Wire
  • Finish Bright
  • AWS Standard SFA 5.28 ER110S-1
  • Features Smooth Flow, Stable Arc, Spatter-free
AWS: SFA SFA 5.28 ER110S-1 EN ISO CODE: Autotherme 110S-1 is a copper-coated solid wire available in a bright finish, giving smooth flow, stable arc, and spatter-free under optimum welding conditions. The weld metal displays excellent crack resistance and produces sound weld metal with excellent strength and good impact properties. It gives radiographic quality welds. It is ideally suited for welding high-strength Q&T steels, for welding HY-80 and HY-100 steels for military applications. They are also used for various structural applications where tensile strength requirements exceed 760 MPa and excellent toughness is required.
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Solid Wires AUTOTHERME- 316L Si

Solid Wires AUTOTHERME- 316L Si
  • Material Stainless Steel (316L)
  • Type Solid Wire
  • Process GMAW
  • Finish Bright
  • Weld Quality Radiographic Quality
  • Corrosion Resistance Increased Resistance To Intergranular Corrosion
AWS: SFA EN ISO CODE: Autotherme-316L Si is a solid wire for GMAW process, available in bright finish, gives smooth flow, stablearc and spatter free under optimum weldingconditions. It gives radiographic quality welddeposit. This filler metal reduces the possibility ofintergranular chromium carbide precipitation andthereby increases the resistance to intergranularcorrosion. Silicon improves the usability of the fillermetal in the GMAW process. It is suitable for weldingsimilar grade of stainless steels.
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Solid Wires Autotherme CR-Mo 91

Solid Wires Autotherme CR-Mo 91
  • Material Copper-coated Solid Wire With 9%Cr - 1%Mo
  • AWS Standard SFA 5.28 ER90S-B9
  • EN ISO Code 21952-B-G M13 9C1MV
  • Welding Method GMAW
  • Features Improved Creep Strength, Toughness, Fatigue Life
  • Performance Stable Arc, Smooth Welding, Radiographic Quality Welds
  • Applications Power Plants, Refineries, Naptha Cracker Units
AWS: SFA 5.28 ER90S-B9 EN ISO CODE: 21952-B-G M13 9C1MV Autotherme Cr-Mo 91 is copper-coated a solid wire for GMAW, yielding 9%Cr - 1%Mo and modified with Niobium, Vanadium and Nitrogen designed to provide improved creep strength, toughness, fatigue life, oxidation and corrosion resistance at elevated temperatures. The wire gives stable arc, smooth welding performance and deposits radiographic quality welds. It is designed to weld the materials in power plant, refineries, naptha cracker units, etc. Following are some of the steels that can be welded with this wire.
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Solid Wires AUTOTHERME-1

Solid Wires AUTOTHERME-1
  • Material Mild Steel
  • Tensile Strength Up To 540 MPa
  • Type GMAW Welding Wire
  • AWS Standard SFA 5.18 ER 70S-6
  • EN ISO Standard 14341-B G 49A 3 C1 S6
  • Arc Type Smooth
  • Spatter Level Minimum
AWS: SFA 5.18 ER 70S-6 EN ISO CODE: 14341-B G 49A 3 C1 S6 AUTOTHERME-1 is a copper coated mild steel GMAW wire for welding of mild steel, low carbon steel and other structural steels of tensile strength up to 540 MPa. The wire burns with smooth arc and minimum spatter under optimum welding conditions. It is designed for single and multi-pass welding of low and medium carbon steels like; SA-36, A/B/C/D grades of SA-283, A/B/C grades of SA-285, A/B grades of SA-414, etc.
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Solid Wires Autotherme CR-Mo 5

Solid Wires Autotherme CR-Mo 5
  • Type Solid Wire
  • AWS Standard SFA 5.28 ER80S-B6
  • EN ISO Code 21952-B-G 55 M13 5CM
  • Coating Copper-coated
  • Finish Bright
  • Welding Method GMAW
AWS: SFA 5.28 ER80S-B6 EN ISO CODE: 21952-B-G 55 M13 5CM Autotherme Cr-Mo 5 is a copper-coated solid wire for GMAW, available in bright finish. The wire gives stable arc, smooth welding performances and deposits radiographic quality welds. It is suitable for welding 5Cr 0.5Mo steel. The weld metal possesses good high temperature properties. The weld metal possesses excellent creep property up to 550 C. Especially suitable for welding of pipes and tubes of matching composition in Power plants, Refineries, Petrochemicals, Fertilizer plants, etc. Suitable for welding of ASTM steels: Grade F5/ F5a & F21 of SA-182, Grade T4, T22 of SA-199, Grade T22 of SA-213, Grade C5 of SA-217, Grade P22 of SA-335, Grade F5 & F21 (class 1&3) of SA-336, Grade FP5, FP21 of SA-369, Grade 5, 21 & 21L of SA-387, Grade CP5, CP21 of SA-426, Class 4, 4a of E types of SA-542, etc.
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Welding Flux Maxflux SAF-14

Welding Flux Maxflux SAF-14
  • Number Of Flower Agglomerated Special Flux
  • Application Welding Creep-resistant Steels
  • AWS Standard SFA F9PZ-EB91-B91, F9PZ-EB92-B92
  • Approvals IBR
  • Characteristics & Applications Agglomerated Special Flux For Welding Creep-resistant Steels.
AWS: SFA F9PZ-EB91-B91, F9PZ-EB92-B92 EN ISO CODE: Maxflux SAF-14 is an agglomerated special flux used to weld creep-resistant steels. Approvals IBR Characteristics & Applications : Maxflux SAF-14 is an agglomerated special flux used to weld creep-resistant steels. The weld metal possesses good CVN toughness combined with good strength. The weld metal produces smooth beads, good wetting, and excellent slag detachability. The weld metal gives very little diffusible hydrogen (
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Welding Flux Maxflux SAF-223 Wt

Welding Flux Maxflux SAF-223 Wt
  • Number Of Flower Submerged Arc Welding Flux
  • Application Specifically Engineered For Wind Tower Welding Applications
  • Material Aluminate-based
  • Recommended Wire AUTOTHERME Gr-B (EM12K)
  • Impact Toughness Exceeds 47J At -51°C
  • Bead Profile Smooth
  • Toe Angles Excellent
AWS: SFA EN ISO CODE: Maxflux SAF-223(WT) is an aluminate-basic submerged arc welding flux specifically engineered for wind tower welding applications. It is recommended for use with AUTOTHERME Gr-B (EM12K) wire on both longitudinal and circumferential seam welds. The flux delivers weld deposits with impact toughness exceeding 47J at -51C. It produces a smooth bead profile, ensuring excellent toe angles, tie-in, and overall bead appearance for both interior and exterior welds. Additional Information: Basicity Index: 1.80 Grain Size: 0.50-1.70mm (-10 +30)BSS Packaging: 25 kg Poly-Lined Paper Bag.
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Welding Flux Maxflux SAF-223 Spl

Welding Flux Maxflux SAF-223 Spl
  • Number Of Flower Welding Flux
  • Application High-speed Longitudinal Welding, Tandem
  • AWS Standard SFA 5.17/5.23
  • EN ISO Code 14174 SA FB 1 67 DC
  • Material Agglomerated Basic Type
  • Current Carrying Capacity Higher Due To Higher Throat Thickness In Welding Of Fillet Joints
  • Welding Compatibility AC And DC Welding
AWS: SFA 5.17/5.23 F7A2-EL8, F7A4/A5-EM12K, F7A4/P4-EH14, F8A2-EA2-A2 EN ISO CODE: 14174 SA FB 1 67 DC Maxflux SAF-223 (SPL) is an agglomerated basic type flux for high-speed longitudinal welding giving smooth bead and easy slag removal characteristics. The flux is also suitable for Tandem, multi-wire submerged arc welding applications and supports to achieve higher throat thickness in welding of fillet joints due to higher current carrying capacity. Maxflux SAF-223 (SPL) is suitable for Tandem single & multi-layer welding of pressure vessel grade steels (EN 10028-2), pipes conforming to X-42 to X-70 grade of API 5L, Grade 1/2/3 of ASTM A252, SA 516 Grade 70, Grade A/B of A53 & A523 specification, etc. Suitable for AC and DC welding.
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Welding Flux Maxflux SAF-7S

Welding Flux Maxflux SAF-7S
  • Number Of Flower Acidic Agglomerated Flux
  • AWS Standard SFA 5.17 F7AZ-EL8, F7A0-EM12K
  • Suitable For Spiral Pipe Welding, Single & Multi-pass Welding
  • Polarity AC & DC
  • Slag Detachability Good
  • Weld Metal Quality Radiographic
AWS: SFA 5.17 F7AZ-EL8, F7A0-EM12K EN ISO CODE: Maxflux SAF-7S is a high speed welding acidic agglomerated flux for spiral pipe welding. The flux is suitable for single & multi-pass welding with single wire & multi-wire applications in both AC & DC polarity. Slag detachability is good and deposited weld metal is of radiographic quality. Maxflux SAF-7S is suited for fabrication and welding of spiral pipes, smaller diameter pipes (internal and external), penstock pipelines, wind mill towers, pressure vessels, girder, earthmoving equipment, structures of off-shore platforms, etc.
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Welding Flux Maxflux Saf -3

Welding Flux Maxflux Saf -3
  • Number Of Flower Agglomerated Flux
  • Application Weld Medium Tensile Structural Steels
  • Material Alumina-Rutile
  • AWS Standard SFA 5.17 F7A0-EL8, F7A0-EM12K
  • Slag Removal Easy
AWS: SFA 5.17 F7A0-EL8, F7A0-EM12K EN ISO CODE: Maxflux SAF-3 is an agglomerated Alumina-Rutile type acidic agglomerated flux to weld medium tensile structural steels. The slag is easy to remove and the weld deposit is of radiographic quality. Maxflux SAF-3 is suited for fabrication and welding of penstock pipelines, pressure vessels, earthmoving equipment, off-shore platforms, boilers, rail & crane girders, machine building, locomotive works, etc.
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Saw Wire Autotherme GRADE-Y

Saw Wire Autotherme GRADE-Y
  • Material Low Alloy Steel
  • Type Solid Wire
  • Coating Copper Coated
  • AWS Standard SFA 5.23
  • EN ISO Code 14171-B SUNM1
  • Suitable For Submerged Arc Welding
  • Impact Properties Required At Subzero Temperature Down To -80°C
  • Strength High
AWS: SFA 5.23 EN15 EN ISO CODE: 14171-B SUNM1 Copper coated solid wire for submerged arc welding. These wires are suitable for welding of similar composition where impact properties required at subzero temperature downto 80C. Autotherme Grade-Y low alloy solid wire is suitable for welding of high strength, low alloy or micro alloyed structural steels where a combination of strength and good notch toughness is required. The weld metal possesses high tensile strength and meets the radiographic quality requirements. Especially suitable for welding of matching composition inpower plants, Refineries, Petrochemicals and Fertilizer Plants. Suitable for welding of ASTM steels: Grade ASTMA516Gr.60, 65, 70 & A537 Class 1 or 2 etc.
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Saw Wire Autotherme GRADE-V

Saw Wire Autotherme GRADE-V
  • Material Copper Coated Solid Wire
  • Type Solid Wire
  • AWS Standard SFA 5.23 EBS
  • EN ISO Code SU9CIM
  • Composition 9% Cr-1% Mo
  • Suitable For Submerged Arc Welding Of Medium And High Strength Structural Steels
AWS: SFA 5.23 EBS EN ISO CODE: SU9CIM Autotherme Grade-V (9% Cr-1% Mo) is a copper coated solid wire for the submerged arc welding of medium and high strength structural steels. These wires are suitable for welding of creep resistance and similar composition high strength steels. The weld metal possesses good high temperature properties. It deposits sound weld with excellent mechanical properties especially suitable for welding of pipes and tubes of matching compositions in power plants, Refineries, Petrochemicals, Fertilizer etc. Suitable for welding of ASTM steels A182-F9, A336-F9, A199-T9, A200-T9, A213-T9, A335-P9, A369-FP9, A217-C12, A387-Gr9.
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Welding Saw Wire Autotherme GRADE-U

Welding Saw Wire Autotherme GRADE-U
  • Material Copper Coated
  • Tensile Strength High
  • Type Solid Wire
  • AWS Standard SFA 5.23 EA3
  • EN ISO Code 14171-B SU4M3
  • Welding Method Submerged Arc Welding
  • Suitable For Heat Resistant Steels, Similar Grade Steels
AWS: SFA 5.23 EA3 EN ISO CODE: 14171-B SU4M3 Copper coated solid wire for submerged arc welding. These wires are suitable for heat resistant steels. Autotherme Grade U low alloy solid wire is suitable for welding of similar grade steels. The weld metal possesses high tensile strength, and meets the radiographic quality requirements. Especially suitable for welding of tubes matching composition in power plants, Petrochemicals and Suitable for welding of ASTM steels: A516 Gr. B, C & IS 2002type B, C API Gr. 5LX60-X80 etc.
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Welding Saw Wire Autotherme GRADE-W

Welding Saw Wire Autotherme GRADE-W
  • Material Copper Coated
  • Tensile Strength High
  • Type Solid Wire
  • AWS Standard SFA 5.23 EF2
  • Suitable For Welding Of Similar Composition High Strength & Quenched Steels
  • Radiographic Quality Meets Requirements
AWS: SFA 5.23 EF2 EN ISO CODE: Copper Coated solid wire for submerged arc welding. These are suitable for welding of similar composition high strength & Quenched steels. Autotherme Grade-W low alloy solid wire is suitable for welding of similar grade steels. The weld metal possesses high tensile strength and meets the radiographic quality requirements. Especially suitable for welding of tubes matching composition in power plants, Refineries, Petrochemicals and Fertilizer Plants. Suitable for welding of ASTM steels: Grade ASTMA302 Gr. C, D& A533 type B, C or D etc.
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Welding Saw Wire Autotherme GRADE-T

Welding Saw Wire Autotherme GRADE-T
  • Material Low Alloy Steel
  • Tensile Strength High
  • Type Solid Wire
  • AWS Standard SFA 5.23
  • EN ISO Code 14171-B SUN2
  • Coating Copper Coated
  • Welding Method Submerged Arc Welding
  • Impact Properties Suitable For Sub Zero Temperature Down To -60°C
AWS: SFA 5.23 ENi1 EN ISO CODE: 14171-B SUN2 Copper coated solid wire for submerged arc welding. These wires are suitable for welding of similar composition where impact properties required at sub zero temperature down to -60 degree Celsius. Autotherme Grade- T low alloy solid wire is suitable for welding of similar grade steels. The weld metal possesses high tensile strength, and meets the radiographic quality requirements. Especially suitable for welding of matching composition in power plants, Refineries, Petrochemicals and Fertilizer Plants. Suitable for welding of ASTM steels: Grade ASTM A516Gr.60, 65, 70 & A537 Class 1 or2 etc.
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Composite Saw Wire Lotherme HF-20

Composite Saw Wire Lotherme HF-20
  • Material 1-2% Cr, 2-3% Ni, Low Carbon With Controlled Addition
  • Type Composite Submerged Arc Welding Wire
  • Recommended Flux Lotherme SAF-704
  • Recommended Usage Re-building Of Steel Mill Rolls
  • Bonding Property Excellent
  • Resistance To Cracking High
AWS: SFA EN ISO CODE: Composite submerged arc welding wires recommended with Lotherme SAF-704 flux for re-building of steel mill rolls. LOTHERME HF-20 is a composite SAW wire of 1-2% Cr, 2-3% Ni, low carbon with controlled addition of Silicon & Molybdenum for buffer layer deposits. The weld metal has excellent bonding property, resistance to solidification cracking and is easily machinable. LOTHERME SAF-704 is an agglomerated basic flux, shall be re-dried at 350C before use.
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Low Alloy Steels F CR-mo 91 Wire

Low Alloy Steels F CR-mo 91 Wire
  • Type Solid Wire
  • Material Low Alloy Steel (9%Cr - 1%Mo) With Niobium, Vanadium, Nitrogen
  • AWS Code SFA 5.28 ER90S-B9
  • EN ISO Code 21952-B-W I1 9C1MV
  • Diameter 2.0 Mm, 2.4 Mm, 3.2 Mm
  • Cut Lengths 500 Mm, 1000 Mm
  • Recommended Usage Welding In Power Plants, Refineries, Naptha Cracker Units
AWS: SFA 5.28 ER90S-B9 EN ISO CODE: 21952-B-W I1 9C1MV F Cr-Mo 91 is copper-coated a solid wire for GTAW, yielding 9%Cr - 1%Mo and modified with Niobium, Vanadium and Nitrogen designed to provide improved creep strength, toughness, fatigue life, oxidation and corrosion resistance at elevated temperatures. The wire gives stable arc, smooth welding performance and deposits radiographic quality welds. F Cr-Mo 91 designed to weld the materials in power plant, refineries, naptha cracker units, etc. Following are some of the steels that can be welded with this wire. STANDARD SIZE : Diameter 2.0 mm, 2.4 mm & 3.2 mm in cut lengths of 500 mm / 1000 mm each. QUANTITY : 5 kg wire put in an air-tight polythene bag and finally packed in a plastic container. Identification AWS code is punched on each wire.
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Low Alloy Steels Wire

Low Alloy Steels Wire
  • Type Solid Wire For Gas Tungsten Arc Welding (GTAW)
  • Material Low Alloy Steel (2.25Cr - 1Mo)
  • Coating Copper-coated
  • Finish Bright
  • Feature Smooth Flow, Stable Arc, Spatter-free
  • Impurities Lesser Impurities (S, P)
  • Properties Good High Temperature Properties, Improved Subzero Impact Property
AWS: SFA 5.28 ER90S-B3 EN ISO CODE: 21952-B-W 62 I1 2C1M F Cr-Mo 2 (MOD) is a copper-coated solid wire for GTAW, available in bright finish, gives smooth flow, stable arc and spatter free under optimum welding conditions. This wire having lesser impurities i.e. S, P, will improve the subzero impact property. It gives radiographic quality welds. It is suitable for welding 2.25Cr - 1Mo steel. The weld metal possesses good high temperature properties. Especially suitable for welding of pipes and tubes of matching composition in Power plants, Refineries, Petrochemicals, Fertilizer plants, etc. Suitable for welding of ASTM steels: Grade F22 (class 1 & 3) of SA-182 and SA-336, Grade T4, T22 of SA-199, Grade T22 of SA- 213, Grade WC9 of SA-217, Grade P22 of SA-335, Grade FP22 of SA-369, Grade 22, 22L of SA-387, Grade CP22 of SA-426, Grade 22 of SA-541, Class 1 of A, B types of SA-542, etc.
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F CR-mo 1 Low Alloy Steels Wire

F CR-mo 1 Low Alloy Steels Wire
  • Type Solid Wire
  • Material Low Alloy Steel
  • AWS Standard SFA 5.28 ER80S-B2
  • EN ISO Standard 21952-B-W 55 I1 1CM
  • Coating Copper-coated
  • Finish Bright
  • Feature Smooth Flow, Stable Arc, Spatter-free
AWS: SFA 5.28 ER80S-B2 EN ISO CODE: 21952-B-W 55 I1 1CM F Cr-Mo 1 is a copper-coated solid wire for GTAW, available in bright finish, gives smooth flow, stable arc and spatter free under optimum welding conditions. It gives radiographic quality welds. This low alloy steel wire is suitable for welding 1.25Cr - 0.5Mo steel. The weld metal possesses good high temperature properties. It deposits notch free weld deposits with excellent mechanical properties. Especially suitable for welding of pipes & tubes of matching composition in Power plants, Refineries, Petrochemicals, Fertilizer plants, etc. Suitable for welding of ASTM steels: Grade F2, F11, F12 class 1 & 2 of SA-182, Grade T11of SA-199, Grade T2, T11 & T12 of SA-213, Grade WC6 of SA-217, Grade P2, P11 & P12 of SA-335, Grade FP2, FP11 & FP12 of SA-369, Grade 2, 11 & 12 of SA-387, Grade CP2, CP11 & CP12 of SA-426, etc.
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F 80s-d2 Low Alloy Steels Wire

F 80s-d2 Low Alloy Steels Wire
  • Type Solid Wire
  • Material Low Alloy Steel With Copper Coating
  • AWS Standard SFA 5.28 ER80S-D2
  • EN ISO Standard 14341-B W 55A 3I14 Mo
  • Finish Bright
  • Welding Method GTAW
  • Feature Stable Arc, Smooth Welding Performances, Radiographic Quality Welds
AWS: SFA 5.28 ER80S-D2 EN ISO CODE: 14341-B W 55A 3I14 Mo F 80S-D2 is a copper-coated solid wire for GTAW, available in bright finish. The wire gives stable arc, smooth welding performances and deposits radiographic quality welds. It is recommended for welding of molybdenum (0.5%) containing high strength fine-grained structural steels. The wire also is suitable for welding of penstock pipe-line, fabrication of earth moving equipments, etc. where high tensile strength property is desired from the weld metal. Suitable for welding of ASTM steels: SA-455/ SA-455M, Gr.60, Gr.65 steels of SA-515/ SA-515M, Gr.60, Gr.65 steels of SA-516/ SA-516M, Class 1 of A, B, C, D grades of SA-533/ SA-533M, etc.
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Low Alloy Steels F MN-mo Wire

Low Alloy Steels F MN-mo Wire
  • Type Solid Wire
  • Material Low Alloy Steel With Copper Coating
  • AWS Standard SFA 5.28 ER80S-G
  • EN ISO Standard 14341-B-W 55A Z I14 Mo
  • Finish Bright
  • Feature Smooth Flow, Stable Arc, Spatter-free
  • Weld Quality Radiographic Quality
AWS: SFA 5.28 ER80S-G EN ISO CODE: 14341-B-W 55A Z I14 Mo F MN-Mo is a copper-coated solid wire for GTAW, available in bright finish, gives smooth flow, stable arc and spatter free under optimum welding conditions. It gives radiographic quality welds. It is suitable for welding high strength fine-grained structural steels containing 0.5%Mo. The wire is also suitable for welding of penstock pipe-line, fabrication of earth moving equipments, etc. where high tensile strength property is desired from the weld metal. Suitable for welding of ASTM steels: SA-455/ SA-455M, Gr.60, Gr.65 steels of SA-515/ SA-515M, Gr.60, Gr.65 steels of SA-516/ SA-516M, Class 1 of A, B, C, D grades of SA-533/ SA-533M, etc.
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Low Alloy Steels F CR-Mo 1L

Low Alloy Steels F CR-Mo 1L
  • Packaging Type Copper-coated
  • Feature Smooth Flow, Stable Arc, Spatter-free
  • Material Low Alloy Steel
  • Type Solid Wire
  • AWS Standard SFA 5.28 ER70S-B2L
  • Finish Bright
  • Welding Method GTAW
AWS: SFA 5.28 ER70S-B2L EN ISO CODE: F Cr-Mo 1L is a copper-coated solid wire for GTAW, available in bright finish, gives smooth flow, stable arc and spatter free under optimum welding conditions. It gives radiographic quality welds. It is suitable for welding low carbon 1.25Cr - 0.5Mo steel. The weld metal possesses good high temperature properties. Especially suitable for welding of pipes & tubes of matching composition in Power plants, Refineries, Petrochemicals, Fertilizer plants, etc. Suitable for welding of ASTM steels: Grade F2, F11, F12 class 1 & 2 of SA-182, Grade T11of SA-199, Grade T2, T11 & T12 of SA-213, Grade WC6 of SA-217, Grade P2, P11 & P12 of SA-335, Grade FP2, FP11 & FP12 of SA-369, Grade 2, 11 & 12 of SA-387, Grade CP2, CP11 & CP12 of SA- 426, etc.
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Mild Steels F 70S-6 Wire

Mild Steels F 70S-6 Wire
  • Tensile Strength Up To 540 MPa
  • AWS Standard SFA 5.18 ER70S-6
  • EN ISO Code 636-A W 42 3 W3Si1
  • Material Mild Steel
  • Coating Copper Coated
  • Welding Process GTAW
  • Arc Type Smooth
  • Suitable For Mild Steel, Low Carbon Steel, Structural Steels
AWS: SFA 5.18 ER70S-6 EN ISO CODE: 636-A W 42 3 W3Si1 F 70S-6 is a copper coated mild steel wire for GTAW. Suitable for welding of mild steel, low carbon steel and other structural steels of tensile strength up to 540 MPa. The wire burns with smooth arc. It is designed for welding of low and medium carbon steels like; SA-36, A/B/C/D grades of SA-283, A/B/C grades of SA-285, A/B grades of SA-414, etc.
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Mild Steels F 70S-2 Wire

Mild Steels F 70S-2 Wire
  • Packaging Type Air-tight Polythene Bag, Plastic Container
  • Type GTAW Welding Wire
  • Material Mild Steel
  • AWS Standard SFA 5.18 ER70S-2
  • EN ISO Code 636-A W 42 3 W2Ti
  • Finish Bright
  • Diameter 1.6 Mm, 2.0 Mm, 2.4 Mm, 2.5 Mm, 3.15 Mm, 3.2 Mm
  • Cut Lengths 500 Mm / 1000 Mm
  • Quantity 5 Kg
AWS: SFA 5.18 ER70S-2 EN ISO CODE: 636-A W 42 3 W2Ti F 70S-2 is triple deoxidized copper-coated mild steel wire for GTAW, available in bright finish, gives smooth flow, stable arc and spatter free under optimum welding conditions. It gives radiographic quality welds. It is suitable for root run of mild steel pipes. Ideal for welding A36, A285 grade C, A515-55, A516-70, etc STANDARD SIZE : Diameter 1.6 mm, 2.0 mm, 2.4 mm, 2.5 mm, 3.15 mm & 3.2 mm in cut lengths of 500 mm / 1000 mm each. QUANTITY : 5 kg wire put in an air-tight polythene bag and finally packed in a plastic container. Identification-AWS code is punched on each wire
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Mild Steels F 70S-2 Nace Wire

Mild Steels F 70S-2 Nace Wire
  • Type Mild Steel Welding Wire
  • AWS Standard SFA 5.18 ER70S-2
  • EN ISO Code 636-A W 42 4 W2Ti
  • Material Mild Steel
  • Coating Copper Coated
  • Finish Bright
  • Features Triple Deoxidized, Smooth Flow, Stable Arc, Spatter Free
  • Optimum Welding Conditions Provides Radiographic Quality Welds
AWS: SFA 5.18 ER70S-2 EN ISO CODE: 636-A W 42 4 W2Ti F 70S-2(NACE) is triple deoxidized copper coated mild steel wire for GTAW, available in bright finish, gives smooth flow, stable arc and spatter free under optimum welding conditions. It gives radiographic quality welds. It is suitable for root run of mild steel pipes. Ideal for welding A36, A285 Gr. C, A333 Gr. 6, A515-55, A516-70, etc.
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Mild Steels F 70S- G Wire

Mild Steels F 70S- G Wire
  • Packaging Type Copper Coated
  • Usage Suitable For GTAW Welding Of Mild Steel
  • Tensile Strength Up To 560 MPa
  • Type Welding Wire
  • Material Mild Steel
  • Arc Type Smooth
  • Designed For Low And Medium Carbon Steels
F 70S-G is a copper coated mild steel wire for GTAW. Suitable for welding of mild steel, low carbon steel and other structural steels of tensile strength up to 560 MPa. The wire burns with smooth arc. It is designed for welding of low and medium carbon steels like; SA-36, A/B/C/D grades of SA-283, A/B/C grades of SA-285, A/B grades of SA-414, etc.
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Hard Surfacing Wire Lotherme OA-6178

Hard Surfacing Wire Lotherme OA-6178
  • Material Complex Carbides Of Chromium, Molybdenum, Niobium, Nickel, Copper
  • Packaging Type Metallic
  • Application Moderate Impact Applications
  • Type Hard-surfacing Wire
  • Service Temperature Up To 600°C
  • Post-Weld Cleaning Not Required
  • Appearance Metallic
AWS: SFA EN ISO CODE: LoTherme OA-6178 is a hard-surfacing wire to deposit complex carbides of chromium, molybdenum along with niobium and also alloyed with nickel & copper. The weld metal has excellent abrasion resistance property for moderate impact applications - service temperature up to 600C. The deposited weld bead has metallic appearance and does not require any post-weld cleaning. Stress relief cracks appear on surface of the weld during cooling of the bead. Weld bead is machinable by grinding.
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Hard Surfacing Wire Lotherme OA-617 Spl

Hard Surfacing Wire Lotherme OA-617 Spl
  • Material Complex Carbides Of Chromium, Molybdenum, Niobium, And Tungsten
  • Packaging Type Metallic
  • Application Depositing Complex Carbides
  • Type Hard-surfacing Wire
  • Service Temperature Up To 600°C
  • Post-weld Cleaning Not Required
  • Appearance Metallic
  • Machinability Grinding
AWS: SFA EN ISO CODE: LoTherme OA-617 (Spl) is a hard-surfacing wire to deposit complex carbides of chromium, molybdenum along with niobium and tungsten. The weld metal has excellent abrasion resistance property for low impact applications at service 0 temperature up to 600 C. The deposited weld bead has metallic appearance and does not require any post-weld cleaning. Stress relief cracks appear on surface of the weld during cooling of the bead. Weld bead is machinable by grinding.
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Hard Surfacing Wire Lotherme OA-617

Hard Surfacing Wire Lotherme OA-617
  • Application Welding Of Chutes In Blast Furnace Bells & Screens
  • Diameter 2.4 Mm, 2.8 Mm
  • Voltage Range 26-28 V
  • Weld Metal Hardness 62 RC
  • Current Conditions DC (+)
  • Current Range 200-300 Amps, 250-350 Amps
  • Stick Out 30-40 Mm
Applications LoTherme OA-617 is suitable for welding of chutes in blast furnace bells & screens, burden area & throat armour plates of blast furnace, sinter plant parts, sugarcane industries, boiler fan blades, etc. Weld Metal Hardness Weld Metal Hardness: 62 RC Current Conditions : DC (+) Diameter (mm) 2.4 2.8 Current Range (Amps) 200-300 250-350 Voltage (V) 26-28 26-28 Stick Out (mm) 30-40 30-40
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Hard Surfacing Wire MAXFIL-55H

Hard Surfacing Wire MAXFIL-55H
  • Material Medium Alloy
  • Type Gas Shielded Wire
  • AWS Standard SFA DIN EN 14700 TFe-2
  • Usage Weld-surfacing & Reclamation Of Agricultural Equipments
  • Special Features Good Welder's Appeal, Easy Slag Detachability
  • Machinability Not Machinable, Finished By Grinding
AWS: SFA DIN EN 14700 TFe-2 EN ISO CODE: Maxfil-55H is a basic type medium alloy gas shielded wire designed for air hardening type hard surfacing deposit. It has good welders appeal & easy slag detachability. The weld is not machinable and finished by grinding. The wire deposits a crack-free, martensitic weld metal suitable for heavy impact and moderate abrasion resistant applications. Maxfil-55H wire is suitable for weld-surfacing & reclamation of agricultural equipments, forging dies, excavator components, conveyor buckets & screws, drill bits, scraper blades, conveyor parts, dredge rollers, concrete mixer blades, etc.
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Hard Surfacing Wire MAXFIL-50H

Hard Surfacing Wire MAXFIL-50H
  • Material Air Hardening Type Hard Surfacing Deposit
  • Type Medium Alloy Gas Shielded Wire
  • Welder's Appeal Good
  • Slag Detachability Easy
  • Machinability Not Machinable
  • Finished Grinding
Maxfil-50H is a basic type medium alloy gas shielded wire designed for air hardening type hard surfacing deposit. It has good welders appeal & easy slag detachability. The weld is not machinable and finished by grinding. The wire deposits a crack-free, martensitic weld metal suitable for heavy impact and moderate abrasion resistant applications. Maxfil-50H wire is suitable for weld-surfacing & reclamation of agricultural equipments, forging dies, excavator components, conveyor buckets & screws, drill bits, scraper blades, conveyor parts, dredge rollers, concrete mixer blades, etc. Diameter (mm) Horizontal Horizontal Flat Flat Volt, V Current, A Volt, V Current, A 1.20 24-28 160-260 24-28 160-260 1.60 24-28 180-300 24-28 180-300
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Hard Surfacing Wire Maxfil 30H

Hard Surfacing Wire Maxfil 30H
  • Material Low Alloy Steel
  • Hardness 280-340 BHN
  • Type Flux Core Welding Wire
  • AWS Standard SFA DIN EN 14700 TFe-1
  • Appearance Shiny Bead
  • Slag Thin & Friable
AWS: SFA DIN EN 14700 TFe-1 EN ISO CODE: Maxfil-30H is a low alloy steel flux core welding wire designed for surfacing applications to achieve all-weld metal hardness between 280-340 BHN. This flux core wire gives good performance under CO2 shielding with radiographic quality weld deposits. Weld metal is free from cracks, possesses good metal-to-metal abrasion resistance and can withstand impact loading. The wire produces thin & friable slag covering with shiny bead appearance. Maxfil-30H is a suitable flux core wire to weld through flux cored arc welding process suitable for single and multi-pass weld-surfacing of rollers, pulleys, track links, track rollers, crane wheels, gear shafts, idlers, brake shoes, conveyor parts, etc. STANDARD SIZE : 1.20 & 1.60mm. Other diameters may be available on request. QUANTITY : Supplied approximately 15Kgs in a plastic spool. Each spool is sealed in an air tight polythene bag and then packed in a corrugated box.
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Low Alloy Steel Wire MAXFIL-1401G5

Low Alloy Steel Wire MAXFIL-1401G5
  • Usage Welding Of High Tensile Strength Steel, Quenched, And Tempered Steels
  • Material Low Alloy Steel
  • Type Flux Cored Wire
  • AWS Standard SFA
  • Suitable For Fabrication Of Dynamically Loaded Structures
  • Impact Resistance Good At Sub-zero Temperatures
AWS: SFA EN ISO CODE: Maxfil-1401G5 is a low alloy steel flux cored wire designed for welding of high tensile strength steel, quenched, and tempered steels etc. The weld metal is suitable for the fabrication of dynamically loaded structures and results in good impact-resistant properties at sub-zero temperatures. The wire gives optimum performance under CO shielding with radiographic quality weld deposits. The weld has an excellent bead appearance and easy slag removal. Maxfil-1401G5 is designed for single and multi-pass welding of similar composition steels, fine-grained steels, and equivalent grade steels like: HY-80, Sumiten-610, C/D Grades of SA-225, B/C Grades of SA-543, steels conforming to SA-612 grade, A/B/C grades of SA-738, etc.
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Low Alloy Steel Wire MAXFIL-1101G5

Low Alloy Steel Wire MAXFIL-1101G5
  • Usage Welding Of High Tensile Strength Steel, Quenched & Tempered Steels
  • Type Flux Cored Wire
  • Material Low Alloy Steel
  • AWS Standard SFA 5.29 E110T5-GC
  • Impact Resistance Good At Sub-zero Temperatures
  • Shielding Gas CO2
  • Weld Quality Radiographic Quality
AWS: SFA 5.29 E110T5-GC EN ISO CODE: Maxfil-1101G5 is a low alloy steel flux cored wire designed for welding of high tensile strength steel, quenched & tempered steels, etc. The weld metal also results good impact resistance property at sub-zero temperatures. The wire gives optimum performance under CO2 shielding with radiographic quality weld deposits. The weld has excellent bead appearance and easy slag removal. Maxfil-1101G5 is designed for single and multi-pass welding of similar composition steels and equivalent grade steels like; HY-80, Sumiten-610, C/D grades of SA-225, B/C grades of SA-543, steels conforming to SA-612 grade, A/B/C grades of SA-738, etc. Diameter (mm) Horizontal Horizontal Flat Flat Vertical UP Vertical UP Volt, V Current, A Volt, V Current, A Volt, V Current, A 1.20 24-28 160-260 24-28 160-260 18-22 100-160 1.60 24-28 180-300 24-28 180-300 18-22 110-200 PACKING STANDARD SIZE : 1.20 & 1.60mm. Other diameters may be available on request. QUANTITY : Supplied approximately 15Kgs in a plastic spool. Each spool is sealed in an air tight polythene bag and then packed in a corrugated box.
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Low Alloy Steel Wire MAXFIL-801G5

Low Alloy Steel Wire MAXFIL-801G5
  • Usage Welding Of Medium & High Tensile Strength Steel
  • Type Flux Cored Wire
  • Material Low Alloy Steel
  • AWS Standard SFA 5.29 E80T5-GC
  • Sub-zero Impact Resistance Desired
  • Shielding Gas CO2
  • Welding Positions Single And Multi-pass
AWS: SFA 5.29 E80T5-GC EN ISO CODE: Maxfil-801G5 is a low alloy steel flux cored wire designed for welding of medium & high tensile strength steel, quenched & tempered steels, etc. where sub-zero impact resistance property of the weld metal is desired. The wire produces optimum performance and radiographic quality weld deposits under CO2 shielding. The weld has excellent bead appearance and easy slag removal. Maxfil-801G5 is designed for single and multi-pass welding of similar composition steels and equivalent grade steels like; NAXTRA-60/65, Sumiten-610, A/B grades of SA-203, D/ E/ F/ G grades of SA-414, steel grades conforming to SA-455, Gr.60 & Gr.65 steels of SA-515 & SA-516, etc.
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Low Alloy Steel Wire MAXFIL-901G5

Low Alloy Steel Wire MAXFIL-901G5
  • Usage Welding Of High Tensile Strength Steel, Quenched & Tempered Steels
  • Material Low Alloy Steel
  • Type Flux Cored Wire
  • Sub-zero Impact Resistance Desired
  • Shielding Gas CO2
  • Hydrogen Content Less Than 4ml/100gms Of Weld Metal
Maxfil-901G5 is a low alloy steel flux cored wire designed for welding of high tensile strength steel, quenched & tempered steels, etc. where sub-zero impact resistance property of the weld metal is also desired. The wire gives optimum performance under CO2 shielding with radiographic quality weld deposits. The weld has excellent bead appearance and easy slag removal with diffusible hydrogen of less than 4ml/100gms of weld metal. Maxfil-901G5 is designed for single and multi-pass welding of similar composition steels and equivalent grade steels like; HY-80, NAXTRA-60/65, Sumiten-610, A/B grades of SA-203, A/B/C grades of SA-662, B/C grades of SA-737, etc.
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Low Alloy Steel Wire MAXFIL-80R

Low Alloy Steel Wire MAXFIL-80R
  • Type Flux Cored Wire
  • Material Low Alloy Steel
  • AWS Standard SFA 5.29 E81T1-B1C
  • Composition 2.25% Cr, 1.0% Mo
  • Position All Position
  • Slag Removal Easy
AWS: SFA 5.29 E81T1-B1C EN ISO CODE: Maxfil-41R is an all position low alloy steel flux cored wire designed to deposit approximately 2.25%Cr-1.0%Mo weld metal. The wire is suitable for positional welding application, results easy slag removal and has excellent welders appeal. The weld bead is smooth & uniform and meets the radiographic requirements. Maxfil-41R is designed for single and multi-pass welding of similar composition creep resistant steels and equivalent grade steels like; Gr. F22 of SA-182 & and SA-336, Gr. T4/T22 of SA-199, Gr. T22 of SA-213, Gr. WC9 of SA-217, Gr. P22 of SA-335, Gr. FP22 of SA-369, Gr. 22/22L of SA-387, Gr. CP22 of SA-426, Gr. 22 of SA-541, Class 1 of A, B types of SA-542, etc.
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Metal Cored Wire Lotherme MC-9650

Metal Cored Wire Lotherme MC-9650
  • Material Metal Alloy
  • Packaging Type Spool
  • Diameter 1.2mm
  • Type Metal Cored Wire
  • Usage Welding Applications
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Metal Cored Wire Lotherme-MC-535

Metal Cored Wire Lotherme-MC-535
  • Material Metal
  • Type Gas Shielded Metal Cored Wire
  • Usage Fabrication Of New Die And Rebuilding Of Worn-out Hot Forging Dies
  • Resistant Properties Heat, Metal To Metal Wear, Galling
  • Defects Free From Cracks, Porosities, And Surface Defects
  • Welder's Appeal Very Good
AWS: SFA EN ISO CODE: A customized gas shielded Metal cored wire designed for fabrication of a new die and re building of worn-out hot forging dies. The deposited weld metal is resistant to heat, metal to metal wear & galling. It is free from cracks, porosities and any other surface defects. The wire has very good welders appeal and easy slag detachability
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Metal Cored Wire LoTherme-MC-72

Metal Cored Wire LoTherme-MC-72
AWS: SFA EN ISO CODE: Customized gas shielded metal cored wire designed for fabrication of a new die and re-building of worn-out hot forging dies. The wire has very good welders appeal and easy slag detachability. The deposited weld metal is tough for hot or cold work tooling. It is free from cracks, porosities and any other surface defects. WELDING CURRENT & STICK OUT: Wire diameter, mm Current, amp Voltage, V Stick out, mm 1.6 180-300 24-30 20-30 WELDING POLARITY: DCEP/ DCRP/ DC (+) STANDARD WIRE DIAMETERS: 1.6mm PACKAGING: The wire is supplied in a layer wound 12.5 kg plastic spool. Each spool is sealed in polythene bag and then packed in a shrink-wrapped corrugated box. Note: Any other type of packaging may be available on request.
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Metal Cored Wire Lotherme-MC-9580

Metal Cored Wire Lotherme-MC-9580
  • Type Metal Cored Wire
  • Usage Fabrication Of New Die And Rebuilding Of Worn-out Hot Forging Dies
  • AWS Standard SFA
  • Welder's Appeal Very Good
  • Slag Detachability Easy
  • Deposited Weld Metal Toughness Tough For Hot Or Cold Work Tooling
AWS: SFA EN ISO CODE: A customized gas shielded Metal cored wire designed for fabrication of a new die and re building of worn-out hot forging dies. The wire has very good welders appeal and easy slag detachability. The deposited weld metal is tough for hot or cold work tooling. It is free from cracks, porosities and any other surface defects. WELDING POLARITY: DCEP/ DCRP/ DC (+) STANDARD WIRE DIAMETERS: 1.60mm PACKAGING: The wire is supplied in a layer wound 12.5 kg plastic spool. Each spool is sealed in polythene bag and then packed in a shrink-wrapped corrugated box.
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Metal Cored Wire MAXFIL-MC-81R

Metal Cored Wire MAXFIL-MC-81R
  • Material Steel
  • Packaging Type NA
  • Packaging Type Standard Size: 1.20 & 1.60mm.
  • Application Welding Of Steel With High Temperature
  • Type Metal Cored Wire
  • AWS Specification SFA 5.36M E81T15 M21PY/0-B2 H4
  • EN ISO Code 17634-A T CrMo1 M M21
  • Welding Positions H, F, VUP, OH
AWS: SFA 5.36M E81T15 M21PY/0-B2 H4 EN ISO CODE: 17634-A T CrMo1 M M21 Low Alloy Metal Cored Wire Maxfil-MC-81R is a gas shielded metal-cored wire designed for welding of steel with high temperature and pressure service conditions in steam pipes and boilers. The wire encompasses the deposition advantages of flux cored wire along with the high deposition efficiencies of a solid wire with both single and multi-layer applications. The deposited weld metal is virtually free from slag covering and thus reduces post-weld cleaning time. The wire burns with smooth arc and low spatter. Maxfil-MC-81R is suitable for welding of similar composition steels and equivalent grade steels like; Gr. F2/F11/F12 of SA-182, Gr. T11 of SA-199, Gr. T2/T11/T12 of SA-213, Gr.WC6 of SA-217, Gr. P2/P11/P12 of SA-335, Gr. ASTM A 335-P11, FP2/FP11/FP12 of SA-369, Gr. 2/11/12 of SA-387, Gr.CP2/CP11/CP12 of SA-426. Welding Positions H, F, VUP, OH Shielding Gas Argon - Carbon Dioxide CO2 (80-20%) mixture at flow rate 12-15 litres per minutes PACKING Standard size : 1.20 & 1.60mm. Other diameters may be available on request. Quantity : Supplied approximately 15Kgs in a plastic spool. Each spool is sealed in an air tight polythene bag and then packed in a corrugated box.
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Stainless Steel Wire MAXFIL-316L

Stainless Steel Wire MAXFIL-316L
  • Material Stainless Steel
  • Packaging Type 1.20mm & 1.60mm Sizes, 12.5/15Kgs Plastic Spool
  • Type Flux Cored Wire
  • AWS Standard SFA 5.22 E316LT0-1
  • Shield Gas Carbon Dioxide (CO2) 100%
  • Shield Gas Flow Rate 12-15 Litres Per Minute
  • Welding Positions Horizontal, Flat, Vertical Up, Overhead
AWS: SFA 5.22 E316LT0-1 EN ISO CODE: Maxfil-316L is an all position stainless steel flux cored wire designed for optimum performance with 100% CO2 gas shielding. This wire is designed with fast freezing slag characteristics and good slag detachability. The wire welds satisfactorily in out of position and performs equally well when welding in the flat & horizontal position. The weld metal is of radiographic quality, and to obtain resistance to intergranular corrosion due to carbon precipitation without the use of stabilizers. Maxfil-316L is designed for welding of low carbon similar composition steels like 316L type and their equivalents with excellent weld ability. PACKING Standard size : 1.20 & 1.60mm. Quantity : Supplied approximately 12.5/15Kgs in a plastic spool. Each spool is sealed in an air tight polythene bag and then packed in a corrugated box. SHIELD GAS Carbon Dioxide CO2 (100%) at flow rate 12-15 litres per minute. WELDING POSITION: H, F, VU, OH
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Stainless Steel Wire MAXFIL-2209

Stainless Steel Wire MAXFIL-2209
  • Packaging Type Roll
  • Material Stainless Steel
AWS: SFA 5.22 E2209T1-1 EN ISO CODE: Maxfil-2209 is an all position stainless steel flux cored wire designed for optimum performance with 100% CO2 gas shielding which deposit 22Cr 8.5Ni 3.5Mo and 0.10N. The wire welds satisfactorily in out of position and performs equally well when welding in the flat & horizontal position. The wire Maxfil-2209 suitable for welding duplex stainless steels alloys like 2205 grades. (UNS 32205, UNS 31803) etc. PACKING Standard size : 1.20 & 1.60mm. Quantity : Supplied approximately 12.5/15Kgs in a plastic spool. Each spool is sealed in an air tight polythene bag and then packed in a corrugated box. SHIELD GAS Carbon Dioxide CO2 (100%) at flow rate 12-15 litres per minute. WELDING POSITION: H, F, VU, OH
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Stainless Steel Wire MAXFIL-410NiMo

Stainless Steel Wire MAXFIL-410NiMo
  • Material Stainless Steel (11.5% Cr, 4.5% Ni, 0.55% Mo)
  • Packaging Type 1.20mm & 1.60mm Sizes, 12.5/15Kgs Plastic Spool, Sealed In Polythene Bag
  • Application Welding CA6NM Castings In Hydroelectric Turbines Or Similar Applications
  • Type Stainless Steel Flux Cored Wire
  • AWS Standard SFA 5.22 E410NiMoT1-1
  • Shield Gas Carbon Dioxide (CO2) At Flow Rate 12-15 Litres Per Minute
  • Welding Positions Horizontal (H), Flat (F), Vertical Up (VU), Overhead (OH)
AWS: SFA 5.22 E410NiMoT1-1 EN ISO CODE: Maxfil-410NiMo is an all position stainless steel flux cored wire designed for optimum performance with 100% CO2 gas shielding which deposit 11.5Cr 4.5Ni 0.55Mo. This wire is designed with fast freezing slag characteristics and good slag detachability. The wire welds satisfactorily in out of position and performs equally well when welding in the flat & horizontal position. Maxfil-410NiMo is designed for welding CA6NM castings used in hydroelectric turbines or similar applications etc. PACKING Standard size : 1.20 & 1.60mm. Quantity : Supplied approximately 12.5/15Kgs in a plastic spool. Each spool is sealed in an air tight polythene bag and then packed in a corrugated box. SHIELD GAS Carbon Dioxide CO2 (100%) at flow rate 12-15 litres per minute. WELDING POSITION: H, F, VU, OH
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Stainless Steel Wire MAXFIL-347

Stainless Steel Wire MAXFIL-347
  • Material Stainless Steel
  • Type Flux Cored Wire
  • AWS Standard SFA 5.22 E347T0-1
  • Shielding Gas 100% CO2
  • Composition 19.5% Cr, 10% Ni, Nb & Ta As Stabilizers
  • Slag Characteristics Fast Freezing Slag With Good Detachability
  • Position All Positions, Including Out Of Position, Flat, And Horizontal
AWS: SFA 5.22 E347T0-1 EN ISO CODE: Maxfil-347 is an all position stainless steel flux cored wire designed for optimum performance with 100% CO2 gas shielding. The weld metal is 19.5Cr-10Ni with Nb&Ta added as stabilizer. This wire is designed with fast freezing slag characteristics and good slag detachability. The wire welds satisfactorily in out of position and performs equally well when welding in the flat & horizontal position. The weld metal is of radiographic quality, and to obtain resistance to intergranular corrosion due to carbon precipitation without the use of stabilizers.
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Stainless Steel Wire MAXFIL-309L

Stainless Steel Wire MAXFIL-309L
  • Material Stainless Steel
  • Application Joining Dissimilar Steels, Cladding, Overlaying, Joining Ferritic Steels
  • Type Flux Cored
  • AWS Standard SFA 5.22 E309LT0-1
  • Oxidation Resistance Up To 1100°C
  • Arc Stability Smooth And Stable
  • Slag Detachability Good
AWS: SFA 5.22 E309LT0-1 EN ISO CODE: Maxfil-309L is an all position stainless steel flux cored wire to deposit good oxidation resistance (up to 1100C) weld metal with radiographic quality. The wire have smooth and stable arc with good slag detachability. Maxfil-309L is suitable for joining of dissimilar steels like 304 type stainless steels to mild steel & low alloy steel, cladding & overlaying applications, joining of ferritic steels & difficult to weld steels, etc.
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Cast Iron Electrodes Nfm

Cast Iron Electrodes Nfm
  • Material High Nickel Weld Metal
  • AWS Standard SFA 5.15
  • EN ISO Code 1071 E C Ni-CI
  • Usage Welding Of Cast Irons, Repairing Cracks, Filling Up, Surfacing Applications
  • Hardness 150 VPN
  • Current Type AC / DC(+)
  • Sizes Available 5x350, 4x350, 3.15x350, 2.5x350
AWS: SFA 5.15 ENiCl EN ISO CODE: 1071 E C Ni-CI NFM is an electrode depositing high nickel weld metal for welding of cast irons. The deposit is soft and has good resistance to cracking. Ideally suited for welding of cast iron to produce machinable weld deposit. Also suitable for repairing of cracks filling up and surfacing applications TYPICAL WELD METAL HARDNESS : 150VPN CURRENT AND PACKING DATA: AC / DC(+) Size (mm) 5x350 4x350 3.15x350 2.5x350 Current Range (Amps) 140-180 110-130 80-110 60-80 Weight / Carton (kgs) 3 3 3 3
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Cast Iron Electrodes Fenitherme

Cast Iron Electrodes Fenitherme
  • Number Of Flower Electrodes
  • Material Ferro-Nickel
  • Usage Repair Welds, Joining Components Of Various Types Of Cast Irons
  • AWS Standard SFA
AWS: SFA EN ISO CODE: Fenitherme is a special Ferro -Nickel electrode designed for repair welds as well as for joining components of various types of cast irons, including grey and nodular cast irons and for welding them to steel and some ferrous and non-ferrous materials. It is ideally suitable for rectification of defective casting in cast iron foundry; engine heads, pump casings, impellers, rope drums, ingot moulds and a variety of cast iron machine parts and equipments. It is also suitable for welding cast iron to steel and some ferrous and non-ferrous materials.
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Cast Iron Electrodes D and H Monel

Cast Iron Electrodes D And H Monel
  • Size 5x350 Mm, 4x350 Mm, 3.15x350 Mm, 2.5x350 Mm
  • Packaging Carton
  • Number Of Flower Electrodes
  • Material Nickel-Copper Alloy
  • Usage Welding Of Cast Irons, Repairing Defects, Cracks, Broken Parts
  • Current Range 140-170 Amps, 100-130 Amps, 70-100 Amps, 50-70 Amps
  • Weight Per Carton 3 Kgs
AWS: SFA 5.15 ENiCuB EN ISO CODE: D&H Monel is a nickel-copper alloy electrode depositing a monel weld metal for welding of cast irons. The weld metal bonds easily and strongly with the cast iron. Ideal for repairing defects in foundry cast iron castings, repairing of cracks, broken parts of cast iron, etc. MECHANICAL PROPERTIES OF ALL WELD METAL WELD METAL HARDNESS: 150-175 VPN CURRENT AND PACKING DATA: AC / DC(+) Size (mm) 5x350 4x350 3.15x350 2.5x350 Current Range (Amps) 140-170 100-130 70-100 50-70 Weight / Carton (kgs) 3 3 3 3
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Cast Iron Electrodes D and H 1111 Ci

Cast Iron Electrodes D And H 1111 Ci
  • Number Of Flower Electrode
  • Material Ferro-nickel Alloy
  • Size 5x350 Mm
  • AWS Standard SFA 5.15
  • EN ISO Standard 1071 E C NiFe-1
  • Current Range 170-200 Amps
AWS: SFA 5.15 ENiFe-Cl EN ISO CODE: 1071 E C NiFe-1 D&H 1111 CI is an electrode depositing a ferro-nickel alloy weld metal, ideal for welding of several types of cast irons and components for producing strong crack free with good toughness weld joints. The weld deposit has good machinability and good colour match with the parent metal. It is ideally suited for joining cast iron to mild steel. MECHANICAL PROPERTIES OF ALL WELD METAL TYPICAL WELD METAL HARDNESS : 190 VPN CURRENT AND PACKING DATA: AC / DC(+) Size (mm) 5x350 4x350 3.15x350 2.5x350 Current Range (Amps) 170-200 130-170 90-130 60-90 Weight / Carton (kgs) 2.5 2.5 2.5 2.5
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Electrodes for Creep Resisting Steels CROMOTHERME-0.5

Electrodes For Creep Resisting Steels CROMOTHERME-0.5
  • Number Of Flower Electrodes
  • Material Low Hydrogen Electrode
  • AWS Standard SFA
  • Composition 0.5% Cr, 0.8% Mo, 0.3% V
  • Suitable For Welding Cr-Mo-V Steels In Boilers, Pipelines
  • Industry Application Chemical And Power Plants
AWS: SFA EN ISO CODE: Cromotherme-0.5 is a low hydrogen electrode yielding a weld metal containing 0.5% Cr- 0.8% Mo 0.3% V. Cromotherme 0.5 is ideally suited for welding Cr-Mo-V steels used in boilers, pipelines in chemical and power plants.
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Electrodes for Creep Resisting Steels CROMOTHERME-5L(MOD)

Electrodes For Creep Resisting Steels CROMOTHERME-5L(MOD)
AWS: SFA 5.5 E8018-B6L EN ISO CODE: Cromotherme-5L(MOD) is a basic coated, low carbon, low hydrogen type electrode depositing a weld metal with 5% Cr-0.5% Mo, ideally suited for welding of creep resisting steels of similar composition where superior notch toughness required at sub-zero temperatures. Typical applications include welding of 5% Cr-0.5% Mo steels in oil refinery, chemical plant, and equipments. Specifically applicable wherever prolonged heat treatments are involved.
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Electrodes for Creep Resisting Steels CROMOTHERME-2 15 Rte

Electrodes For Creep Resisting Steels CROMOTHERME-2 15 Rte
AWS: SFA 5.5 E9015-B3 EN ISO CODE: Weld metal having strict control on S, P, As, Sn & Sb will improve the sub-zero impact property and resists temper embrittlement. Weld metal retains its mechanical properties after prolonged heat treatments. Ideal for welding steam generating equipments and reactor vessels. The weld metal displays excellent tensile strength and creep resistance. Specially applicable wherever temper embrittlement resistance is required.
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Electrodes for Creep Resisting Steels MOLYTHERME-R

Electrodes For Creep Resisting Steels MOLYTHERME-R
  • Material Mn-Mo
  • AWS Standard SFA
  • Suitable For Welding Steels Of Similar Composition, CONCOR BOGIES Etc.
  • Properties Good High Temperature Properties, Excellent Toughness
  • Metal Recovery 110% Min.
  • Hydrogen Content Low
  • Weld Deposit Mn-Mo
AWS: SFA EN ISO CODE: Molytherme-R is a low hydrogen electrode yielding a weld deposit containing Mn- Mo. The electrode is ideally suited for welding steels of similar composition, CONCOR BOGIES etc. The weld metal possesses good high temperature properties and has excellent toughness. The deposits will also meet the metal recovery of 110% min. requirements.
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Electrodes for Creep Resisting Steels Molytherme Extra

Electrodes For Creep Resisting Steels Molytherme Extra
  • Number Of Flower Electrodes
  • Material Mn-Mo Alloy
  • AWS Standard SFA 5.5 E8018-D3
  • EN ISO Standard 18275-B E 59 18-G P H5
  • Hydrogen Content Low
  • Suitable For Welding Steels Of Similar Composition
  • High Temperature Properties Good
AWS: SFA 5.5 E8018-D3 EN ISO CODE: 18275-B E 59 18-G P H5 Molytherme-Extra is a low hydrogen electrode yielding a weld deposit containing Mn- Mo. The electrode is ideally suited for welding steels of similar composition. The weld metal possesses good high temperature properties and has excellent toughness.
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Electrodes for Creep Resisting Steels Molytherme Spl Mod

Electrodes For Creep Resisting Steels Molytherme Spl Mod
  • Number Of Flower Extra Low Hydrogen Type Electrodes
  • AWS Standard SFA
  • Toughness At Subzero Temperatures Good Toughness Even At Subzero Temperatures
  • Deposition Efficiency About 115% Min
  • Strength Of Weld Metal High Strength
AWS: SFA EN ISO CODE: Extra low hydrogen type electrodes depositing a high strength weld metal. The electrode possesses excellent operating characteristics and is suitable for welding in all positions. Weld metal has got good toughness even at subzero temperatures. Deposition efficiency is about 115% min. The weld metal possesses high strength together with good notch toughness even at subzero temperatures down to minus 50oC. Ideally suited for welding components made of steel to IS:2062 Gr. E410, E450, IS:2002-Gr3, IS:1875-04 class 3A or similar.
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Electrodes for Galvanising Baths D

Electrodes For Galvanising Baths D
  • Number Of Flower Special Purpose Electrodes
  • Material Almost Pure Iron Weld Metal
  • Application Welding Galvanizing Baths, Filling Up Worn Out Bodies Of Galvanizing Bath
  • AWS Standard SFA
  • Special Feature Very Low Silicon Content For Excellent Resistance
AWS: SFA EN ISO CODE: D&H 45S is a special purpose electrodes depositing almost pure iron weld metal which is ideally suited for welding galvanizing baths. The very low silicon content ensures excellent resistance to corrosion by molten zinc. Typical applications include welding of galvanizing baths and filling up of worn out bodies of galvanizing bath to resist corrosion by molten zinc.
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Electrodes for Low Temperature Service SUPRATHERME- H4R

Electrodes For Low Temperature Service SUPRATHERME- H4R
AWS: SFA EN ISO CODE: Supratherme-H4R is a moisture resistant hydrogen controlled basiccoated electrode for producing tough and ductile weld ofradiographic quality in boilers, pressure vessels, medium carbonsteels, cast steel and problematic steels. The weld metal is cleanand has low level of impurities, thus having unique properties.Some typical applications include maintenance welding of all typesof C-Mn steels, heavy tensile steels, heavy structures, plants &equipments subjected to static or dynamic loading. TypicalApplications Include: Coaches Wagons Penstocks Boilers &Pressure vessels Earth moving machines etc.
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Electrodes for Low Temperature Service SUPRATHERME-Ni (Spl)

Electrodes For Low Temperature Service SUPRATHERME-Ni (Spl)
  • Number Of Flower Iron Powder Type Electrode
  • Application Fine Grained Q&T Steels For Pressure Vessels, Tanks, Penstocks
  • Coating Basic Coated
  • Hydrogen Content Low Hydrogen
  • Composition 1.5% Mn, 0.7% Ni In Weld Metal
  • Suitable For Welding Heavy Sections Of Fine Grained High Strength Steels
  • Temperature Service Down To -60°C
  • Strength High Strength
Supratherme-Ni(Spl) is a basic coated, low hydrogen, iron powder type electrode yielding a weld metal containing 1.5%Mn and 0.7%Ni. Excellent quality welds for welding heavy sections of fine grained high strength steels with particular reference to low temperature service down to minus 60C. Typical applications include welding of fine grained Q&T steels for pressure vessels, tanks, penstocks, where high strength and sub-zero temperature toughness properties are of importance.
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Electrodes for Low Temperature Service Supratherme Spl

Electrodes For Low Temperature Service Supratherme Spl
  • Number Of Flower Iron Powder, Low Hydrogen Type Electrode
  • Material Iron Powder
  • Application Welding Heavy And Rigid Structures
  • AWS Standard SFA 5.1 E7018-1
  • EN ISO Standard 2560-A E 42 4 B 3 2
  • Typical Applications Welding Of Carbon Steels, Steels Sensitive To Hydrogen Embrittlement
AWS: SFA 5.1 E7018-1 EN ISO CODE: 2560-A E 42 4 B 3 2 An iron powder, low hydrogen type electrode producing a tough and ductile weld metal for welding heavy and rigid structures subjected to dynamic loading and impact. The weld metal is of radiographic quality and displays remarkable impact strength even at minus 50C. Typical applications include welding of carbon steels, steels sensitive to hydrogen embrittlement, heavy and rigid structures, pressure vessels and equipment subjected to severe stress and requiring good toughness properties at sub-zero temperatures down to minus 50C.
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Electrodes for Low Temperature Service NITHERME-3.5L

Electrodes For Low Temperature Service NITHERME-3.5L
  • Application Welding
  • AWS Standard SFA 5.5 E7016-C2L
  • EN ISO Standard 2560-B E 49 15-N7 P H5
  • Nickel Content 3.5%
  • Weld Metal Type Low Hydrogen
  • Service Temperature Down To -101°C
  • Recommended Applications Pressure Vessels, Piping, Valves, Tanks, Transportation
  • Material Compatibility Fine-grained Steels, Nickel Steels
AWS: SFA 5.5 E7016-C2L EN ISO CODE: 2560-B E 49 15-N7 P H5 A low hydrogen electrode depositing 3.5% Ni weld metal. Specially designed for welding fine-grained steels and nickel steels for service temperatures down to minus 101C . Typical applications include pressure vessels, piping, valves, tanks, transportation and distribution of liquefied gases, etc.
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Nickel Electrodes

Nickel Electrodes
  • AWS Standard SFA 5.11
  • EN ISO Code 14172 E Ni 2061
  • Coating Type Basic Coated
  • Weld Metal Pure Nickel
  • Suitable For Welding Wrought And Cast Of Commercially Pure Nickel
  • Corrosion Resistance Resist Corrosion In Caustic Soda Service And Marine Atmosphere
AWS: SFA 5.11 ENi-1 EN ISO CODE: 14172 E Ni 2061 D&H 1280 is a basic coated electrode depositing a pure nickel weld metal, ideally suited for welding wrought and cast of commercially pure nickel to themselves, welding nickel to carbon steels, overlays on steels to resist corrosion in caustic soda service and marine atmosphere.
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Hardfacing Electrodes Lotherme – 9580M

Hardfacing Electrodes Lotherme – 9580M
  • AWS Standard SFA
  • Material Composition Cr - Ni - Mo - W
  • Intended Use Surfacing / Cladding Of New Die
  • Welder Appeal Very Good
  • Slag Detachability Easy
AWS: SFA EN ISO CODE: LoTherme-9580M have balanced chemical composition contain with Cr - Ni - Mo and W. It is designed for surfacing / cladding of a new die and re-building of worn-out hot forging dies. The consumables has very good welder appeal and easy slag detachability. It is free from cracks, porosities and any other surface defects.
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Hardfacing Electrodes Lotherme – 617M

Hardfacing Electrodes Lotherme – 617M
  • Application Welding Purpose, Weld Metal With Exceptional Resistance To Wear From Combined Abrasion
  • Number Of Flower Hardfacing Rods, Electrode
AWS: SFA EN ISO CODE: A versatile electrode producing a weld metal having exceptional resistance to wear f rom combined abrasion, erosion and moderate impact. Soft and stable arc which is easy to strike and re-strike. Electrode deposits high rate of weld metal with little slag. Thick single pass deposits give high yield
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Hardfacing Electrodes Thermehard 55

Hardfacing Electrodes Thermehard 55
  • Number Of Flower Hardfacing Electrodes
  • Material Ni-Mo Alloy
  • Application Ideal For Hardfacing Components
  • Temperature Resistance Retained High Hardness Even At Elevated Temperature Of 550°C
  • AWS SFA
AWS: SFA EN ISO CODE: A special type hardfacing electrode depositing Ni-Mo alloy. The weld metal possesses high hardness which is retained even at elevated temperature of 550C. Ideal for hardfacing components which are subjected to abrasion in combination with impact like blast furnace, belt, hoppers, rolls, tong pins, etc.
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Hardfacing Electrodes Super-MN

Hardfacing Electrodes Super-MN
  • Number Of Flower Electrode
  • Material High Manganese Steel Weld Metal
  • Application Ideal For Re-surfacing Austenitic Manganese Steel Components
  • AWS Standard SFA
AWS: SFA EN ISO CODE: Super-Mn is an electrode depositing high manganese steel weld metal. The weld metal possesses excellent toughness and work hardens under impact. The deposit exhibits an austenitic structure and is ideally suited for re-surfacing austenitic manganese steel components like crusher jaws, hammers, etc. for resistance against wear by impact and abrasion.
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Hardfacing Electrodes Sma

Hardfacing Electrodes Sma
AWS: SFA EN ISO CODE: SMA is a basic coated electrode operating on AC/DC(+) producing a tough austenitic manganese steel weld metal. The deposit work hardens in service and has excellent resistance to wear by impact. Typical applications include surfacing of parts subjected to abrasion and heavy impact as in the case of crusher jaws, bucket teeth and lips, rail crossing, etc. CURRENT AND PACKING DATA: AC / DC(+) Size (mm) 6.3x450 5x450 4x450 3.15x350 Current Range (Amps) 200-270 160-200 130-160 90-120 Weight / Carton (kgs) 20 35 55 75
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Hardfacing Electrodes DIETHERME-HD

Hardfacing Electrodes DIETHERME-HD
  • Number Of Flower Hardfacing Electrodes
  • Material Low Hydrogen, Low Alloy Steels
  • Application Surfacing Hammer Dies
  • AWS Standard SFA
AWS: SFA EN ISO CODE: A hardfacing electrode depositing low hydrogen, low alloy steels weld metal for surfacing hammer dies. The weld metal possesses good toughness and resistance to heat for enhancing the life of the dies.
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Medium High Tensile Steel Electrode

Medium High Tensile Steel Electrode
  • Material Steel With 6.5% Nickel Deposit
  • Number Of Flower Low Hydrogen And Low Carbon Electrode
  • Application Pressure Vessels, Piping, Valves, Tanks, Liquefied Gases
  • AWS Standard SFA
  • Service Temperature -115°C
AWS: SFA EN ISO CODE: A low hydrogen and low carbon type electrode depositing 6.5% Ni steel weld metal. Ideal for welding fine grained and Nickel steels for service temperatures down to -115C. Typical applications include pressure vessels, piping, valves and tanks used for storage, transportation and distribution of liquefied gases. Also suitable for welding heavy sections and highly restrained joints subjected to dynamic loading, impact and severe service conditions.
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Medium High Tensile Steel 1 Spl Mod Welding Rod

Medium High Tensile Steel 1 Spl Mod Welding Rod
  • Number Of Flower Electrode
  • Material Steel
  • Application Storage Tanks For Liquefied Gases, Distillers In Coke Oven Batteries
  • AWS Standard SFA
  • Composition 1% Ni - 0.25% Mo
  • Suitable For Welding Fine-grained And Nickel Steels
  • Service Temperature -40°C
AWS: SFA EN ISO CODE: Nimotherme-1(SPL)Mod is a low hydrogen, iron powder electrode yielding a tough and ductile weld deposit having 1%Ni - 0.25%Mo. Ideally suited for welding fine-grained and nickel steels for service temperatures down to -40C. Typical applications include storage tanks for liquefied gases like Ammonia, distillers in coke oven batteries and petrochemical industries. Also suitable for welding heavy sections and highly restrained joints subjected to dynamic loading, impact and severe service conditions in sour gas service.
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Medium High Tensile Steel Welding Rod

Medium High Tensile Steel Welding Rod
  • Number Of Flower Electrode
  • Material Steel
  • Application Welding
  • AWS Standard SFA
  • Composition 1% Ni - 0.25% Mo
  • Suitable For Welding Fine-grained And Nickel Steels
  • Special Features Low Hydrogen, Iron Powder, Moisture Resistance
  • Size Medium And High Tensile
AWS: SFA EN ISO CODE: Nimotherme-1(SPL)H4R is a low hydrogen, iron powder, moisture resistance, electrode yielding a tough and ductile weld deposit having 1%Ni - 0.25%Mo. Ideally suited for welding fine-grained and nickel steels for service temperatures down to -40C. Typical applications include storage tanks for liquefied gases like Ammonia, distillers in coke oven batteries and petrochemical industries. Also suitable for welding heavy sections and highly restrained joints subjected to dynamic loading, impact and severe service conditions.
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Medium and High Tensile Steel ULTRATENSAL-1000

Medium And High Tensile Steel ULTRATENSAL-1000
  • Number Of Flower Coated Electrode
  • Material Steel
  • Application Joining High Strength
  • AWS Standard SFA
  • Crack Resistance Good
  • Strength Excellent
  • Impact Properties Good At Sub-zero Temperature
AWS: SFA EN ISO CODE: Ultratensal-1000 is a basic coated electrode. The weld metal displays good crack resistance and produces sound weld metal possessing excellent strength combined with good impact properties at sub-zero temperature. Welds are of radiographic quality. It is suitable for joining high strength, low alloy or micro alloyed steels to themselves or to lower strength steels, including carbon steels. Ideally suited for welding earth moving equipments and other heavy equipments.
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Mild Steel Electrodes Tensotherme Mod

Mild Steel Electrodes Tensotherme Mod
  • Number Of Flower Electrodes
  • Material Mild Steel
  • Coating Basic Coated
  • AWS Standard SFA
  • Hydrogen Control Controlled
  • Iron Powder Content High
  • Suitable For Welding Of Plant, Machinery, And Equipment
  • Specialty Suitable For Dynamic Loading
AWS: SFA EN ISO CODE: Tensotherme (mod) is basic coated hydrogen controlled iron powder electrode for welding of mild steel for critical services. The welds are especially suited for dynamic loading. It is specially designed for welding of plant, machinery and equipment subjected to critical service loads in combination with varying temperature cycle, for example welding of storage tanks & LTCS piping.
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Mild Steel Electrodes NORMA-S

Mild Steel Electrodes NORMA-S
  • Number Of Flower Electrodes
  • Material Mild Steel
  • AWS Standard SFA 5.1 E6013
  • Coating Type Medium Coated
  • Position All Position
  • Welding Compatibility Low Carbon And Mild Structural Steels
  • Weld Quality Radiographic Quality
  • Arc Type Quiet Arc
AWS: SFA 5.1 E6013 EN ISO CODE: A medium coated general purpose all position mild steel electrode for welding low carbon and mild structural steels. It gives radiographic quality weld metal. The electrode operates with a quiet arc and deposits a smooth bead with fine ripples. The slag is easily detachable. The electrode produces minimum spatter and has good striking and re- striking characteristics. The electrode operates well under low OCV transformers. Typical applications include welding of steel structures, tanks, truck frames and bodies, machinery construction, auto bodies, frames, pipes etc.
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Mild Steel Electrodes Unitherme

Mild Steel Electrodes Unitherme
  • Application industrial, Welding Of Carbon Steels
  • Coating Type Iron Oxide
  • Packaging Standard Packaging
AWS: SFA 5.1 E6020 EN ISO CODE: Unitherme is an iron oxide type electrode for welding of carbon steels. The welds are radiographic quality. Typical applications include locomotive fire boxes, rotary kilns, heavy structures, engine frames, bases, etc.
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Mild Steel Electrodes Tensotherme

Mild Steel Electrodes Tensotherme
  • Number Of Flower Electrodes
  • Material Mild Steel
  • Application Fabrication Of Converter Shells For The Steel Industry
  • AWS Standard SFA 5.1 E6018
  • Coating Basic Coated
  • Suitable For Welding Of Mild Steels For Critical Services
  • Specialty Suitable For Dynamic Loading
AWS: SFA 5.1 E6018 EN ISO CODE: Tensotherme is basic coated hydrogen controlled iron powder electrode for welding of mild steels for critical services. The welds are especially suitable for dynamic loading. It is specially designed for welding of plant, machinery and equipment subjected to critical service loads in combination with varying temperature cycles, for example, in fabrication of converter shells for the steel industry.
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Mild Steel Electrodes Rapidex

Mild Steel Electrodes Rapidex
  • Material Mild Steel
  • AWS Standard SFA 5.1 E7014
  • Coating Type Medium Heavy Coated
  • Electrode Type Iron Powder Rutile
  • Suitable For Welding All Mild Steel Structures, Boilers, Pressure Vessels
  • Weld Quality Radiographic Quality
AWS: SFA 5.1 E7014 EN ISO CODE: A medium heavy coated, iron powder rutile type electrode suitable for welding all mild steel structures, boilers, pressure vessels. Welds are of radiographic quality. The electrode has a metal recovery of 115 %. Rapidex is suitable for all types of joints to achieve faster speed and higher welding output. Typical applications include boilers, pressure vessels, wagons, girders, tanks, ships, barges, machine parts, etc.
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Stainless Steel Electrodes Dnh 25/35 Nb Lc

Stainless Steel Electrodes Dnh 25/35 Nb Lc
  • Number Of Flower Electrodes
  • Material Stainless Steel
  • AWS Standard SFA EN ISO 3581-A
  • EN ISO Code D&H-25/35Nb LC
  • Coating Basic Coated
  • Welding Method SMAW
  • Composition 35%Ni-25%Cr & Bal. Fe Alloy Steel
AWS: SFA EN ISO 3581-A EN ISO CODE: D&H-25/35Nb LC is a low-carbon basic coated SMAW electrode for welding of low-carbon 35%Ni-25%Cr & Bal. Fe alloy steel. Weld deposit can be used at temperatures up to 1100C & possesses resistance to thermal shock & Fatigue. Ideally suited for welding of centrifugally cast pyrolysis coils, reformer tubes, return bends, and tees for the petrochemical industry.
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Stainless Steel Electrodes RUTOX-A ST

Stainless Steel Electrodes RUTOX-A ST
  • Material Stainless Steel (18Cr-10Ni-Nb)
  • Number Of Flower Electrode
  • Application Joining Stainless Steels Of Similar Composition
  • AWS Standard SFA 5.4 E347-16
  • EN ISO Standard 3581-A E (19 9 Nb) R 3 2
  • Suitable For AISI 304, 304L, 321, 347 And Equivalents
  • Corrosion Resistance Excellent Intergranular Corrosion Resistance
AWS: SFA 5.4 E347-16 EN ISO CODE: 3581-A E (19 9 Nb) R 3 2 Rutox-A (St) is an electrode depositing 18Cr-10Ni-Nb stabilised weld metal, suitable for joining of stainless steels of similar composition. Ideal for welding of AISI 304, 304L, 321, 347 and their equivalents. The weld metal has excellent resistance to intergranular corrosion.
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Stainless Steel Electrodes D and H Secheron 209

Stainless Steel Electrodes D And H Secheron 209
  • Number Of Flower Special Purpose Electrode
  • Material Stainless Steel
  • AWS Standard SFA
  • Base Metal Compatibility AISI Type 209 (UNS S20910)
  • Alloy Type Nitrogen Strengthened Austenitic Stainless Steel
  • Strength High With Good Toughness
  • Temperature Range Wide
AWS: SFA EN ISO CODE: D&H Secheron 209 is a special purpose stainless steel electrode. This composition are most often used to weld AISI type 209 (UNS S20910) base metals. The alloy is a nitrogen strengthened austenitic stainless steel exhibiting high strength with good toughness over a wide range of temperatures. Nitrogen alloying reduces the tendency for intergranular carbide precipitation in the weld area by inhibiting carbon diffusion and thereby increasing resistance to intergranular corrosion. Nitrogen alloying coupled with the molybdenum content provides superior resistance to pitting and crevice corrosion in aqueous chloride-containing media. Electrodes have sufficient total alloy content for use in joining dissimilar alloys, like mild steel and the stainless steels, and also for direct overlay on mild steel for corrosion applications.
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Stainless Steel Electrodes D and H Fn

Stainless Steel Electrodes D And H Fn
  • Number Of Flower Electrodes
  • Material Stainless Steel
  • Application Repair Welds, Joining Components Of Various Types Of Cast Irons
  • AWS Standard SFA
  • Special Features Designed For Repair Welds, Good Machinability
AWS: SFA EN ISO CODE: D&H FN is a special Ferro-Nickel electrode designed for repair welds as well as for joining components of various types of cast irons, including grey and nodular cast irons and for welding them to steel and some ferrous and non-ferrous materials. Weld metal have good machinability. It is the right electrode for repair welds as well as for joining components and parts made out of various types of cast irons; rectification of defective casting in cast iron foundry; engine heads, pump casings, impellers, rope drums, ingot moulds and a variety of cast iron machine parts and equipments. It is also suitable for welding cast iron to steel and some ferrous and non-ferrous materials.
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Stainless Steel Electrodes D and H 309LMo

Stainless Steel Electrodes D And H 309LMo
  • Material Stainless Steel
  • Number Of Flower Electrode
  • AWS Standard SFA
  • Composition 25%Cr-12%Ni-2.5%Mo
  • Oxidation Resistance Up To 1050°C
  • Suitable For Welding Wrought And Cast Stainless Steel, Overlay Applications
AWS: SFA EN ISO CODE: D&H 309LMo is a stainless steel electrode yielding a weld deposit of low carbon 25%Cr-12%Ni-2.5%Mo, which has good oxidation resistance up to 1050C. It is ideally suited for welding wrought and cast stainless steel of similar composition, for overlay applications to resist heat and corrosion, overlays on ferritic steels, buffer layers, for joining dissimilar steels such as 18-11-Mo steel to mild steel, etc.
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Supra Safety Goggle

Supra Safety Goggle
  • Type Industrial Safety Goggles
  • Usage Protection Against High-speed Particles, Dust, Debris
  • Key Feature High Resistance To High-speed Particles, Sealed Construction, Anti-scratch, Anti-fog, Full-coverage Shield.
  • Standards Meets ANSI Z87.1 And EN166 Standards For Industrial Eye Protection.
  • Applications Metalworking, Construction, Chemical Processing, General Manufacturing.
AWS: SFA EN ISO CODE: The D&H Scheron industrial safety goggles are a crucial component of Personal Protective Equipment (PPE), designed to provide superior protection for workers in industrial environments. These goggles safeguard against high-speed particles, dust, debris, and chemical fumes during grinding and other hazardous activities. Approvals Key Feature High resistance to high-speed particles during grinding. Sealed construction prevents dust, smoke, and chemical fumes from entering. Anti-Scratch: Ensures durability in rough and tough environments. Anti-Fog: Maintains clear visibility in humid or high-temperature conditions. Full-Coverage Shield: Wrap-around lens offers maximum eye protection. Meets ANSI Z87.1 and EN166 standards for industrial eye protection. Applications Industries: Metalworking, construction, chemical processing, and general manufacturing.
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Supra Cutting Goggle

Supra Cutting Goggle
  • Number Of Flower Cutting Goggle
  • Material Polycarbonate
  • Application Cutting And Welding Operations
  • Key Feature 1 Adjustable Strap
  • Key Feature 2 High-impact Polycarbonate Lens
  • Key Feature 3 Anti-Fog Coating
AWS: SFA EN ISO CODE: Elevate your safety standards with our newly products Supra Cutting Goggle, designed for superior eye protection and exceptional performance in cutting and welding operations. Engineered for professionals, this cutting-edge product combines comfort, durability, and advanced safety features to meet industry demands. Key Feature Adjustable Strap High-impact polycarbonate lens Anti-Fog Coating 5 DIN filter
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Supra Welding Cables

Supra Welding Cables
  • Number Of Flower Welding Cables
  • Material Quality Materials
  • Application Welding Operations
  • Certification AWS: SFA, EN ISO CODE
  • Performance Superior Performance And Reliability
  • Standards Meets Highest Industry Standards
AWS: SFA EN ISO CODE: Experience superior performance and reliability with our premium welding cables. Crafted with precision engineering and quality materials. Our cables meet the highest industry standards, Ensuring optimal performance in your welding operations.
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Supra Rigging Gloves

Supra Rigging Gloves
  • Material Fine-grain Leather, Cotton Lining, Rubber-reinforced Cuff
  • Application Rigging And Lifting Operations
  • Feature Reinforced Palms And Fingertips, Compliance With Safety Standards
  • Size Various Sizes Available
AWS: SFA EN ISO CODE: A hard-wearing work glove made of elected fine-grain leather with a cotton lining for comfort. The rubber-reinforced cuff provides extra protection and the wing thumb is angled. Choose our rigging gloves for superior hand protection, unparalleled grip, and lasting comfort in demanding rigging and lifting operations. Salient Features: Reinforced palms and fingertips for increased durability. Available in various sizes to accommodate different hand shapes. Compliance with industry safety standards. Heavy-duty construction for maximum protection.
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Supra Anti Spatter Tray

Supra Anti Spatter Tray
  • Application Prevents Molten Metal Spatter From Adhering To Surfaces During Welding
  • Type Anti-Spatter Solution
  • Material Silicone-based
  • Packaging 600 Ml
  • Benefits Maintains A Clean Work Environment, Reduces Manual Cleaning
AWS: SFA EN ISO CODE: Supra Anti Spatter (600 ml) is a silicone-based solution to prevent molten metal spatter from adhering to surfaces during welding, cutting, and other metalworking processes. It helps maintain a clean work environment, reduces the need for manual cleaning, and increases the efficiency of welding operations.
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Supra Earth Clamp

Supra Earth Clamp
  • Number Of Flower Earth Clamps
  • Material Premium-grade Materials
  • Application Grounding Systems
  • Key Features Excellent Electrical Conductivity, Specially Treated For Harsh Environments
AWS: SFA EN ISO CODE: An earth clamp is an essential component in grounding systems, designed to ensure safe electrical connections between the grounding conductor and the grounding electrode. Proper grounding is crucial for protecting equipment and personnel from electrical hazards, ensuring system stability, and minimizing the risk of damage caused by electrical surges or faults. Approvals Key Features of Supra Earth Clamp: High Conductivity: Manufactured with premium-grade materials to ensure excellent electrical conductivity. Corrosion Resistance: Specially treated to withstand harsh environments and ensure long-lasting performance. Robust Design: Engineered for durability and reliability under extreme operating conditions. Easy Installation: Designed for hassle-free and secure mounting on various grounding electrodes. Versatile Compatibility: Suitable for diverse industrial and residential applications.
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Supra Welding Holder

Supra Welding Holder
  • Number Of Flower Welding Holder
  • Material Robust, Heat-resistant Materials
  • Application Manual Arc Welding
  • Approvals IEC 60974-11
  • Key Features High Durability, Fully Insulated, Ergonomic Design
AWS: SFA EN ISO CODE: A welding holder (commonly called an electrode holder) is a tool used to grip and hold the electrode securely during manual arc welding. It transfers the electric current from the welding machine to the electrode, which generates the arc needed for welding. Approvals Key Features High Durability: Made from robust, heat-resistant materials for prolonged life. Fully Insulated: Ensures maximum safety for the operator. Ergonomic Design: Lightweight and easy-to-grip for reduced operator fatigue. Efficient Current Transfer: Delivers consistent and reliable welding performance. Corrosion Resistance: Coated to prevent rust and enhance longevity. High Temperature Tolerance: Can withstand demanding environments without compromising performance. IEC 60974-11: International Standard for Arc Welding Equipment - Electrode Holders.
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Supra Tig Rod - 1

Supra Tig Rod - 1
  • Material Alloyed Tungsten With 2% Thorium
  • Number Of Flower Tungsten Electrode
  • AWS Standard SFA
  • Arc Initiation Easier
  • Arc Stability Good
  • Temperature Resistance Very High
  • Electrical Characteristics Enhanced
  • Life Span Extended
AWS: SFA EN ISO CODE: EWTh-2 is a Non consumable alloyed tungsten electrode with 2% Thorium, easier the arc initiation, arc stability and having ability to withstand very high temperatures, even those of welding arc. The presence of thorium increase the electrical characteristics by making the tungsten slightly more emissive. Presence of thoria increase the life of electrodes & increase the resistance to tungsten contamination. EWTh-2 commonly used for joining of ferrous materials.
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Supra Digital Portable Oven C5

Supra Digital Portable Oven C5
  • Number Of Flower Portable Oven
  • Application Drying Welding Electrodes
  • Feature Heavy-duty, User Friendly, Uniform Heating, Accurate Temperature Control
  • Temperature Control Digital Control For Precise Setting
  • Model C5
  • Portability Portable For Quick Shifting
AWS: SFA EN ISO CODE: Reliable Portable Ovens which work hours after hour, day after day with same consistency. Temperature control: Provided with digital control for precise setting of drying temperature required for various type of electrodes. Flawless Welds: Totally dry welding consumabels yield radiographic quality welds. Salient Features: Heavy-duty drying oven for welding electrode SUPRA Digital Portable Oven C5 model portable electrode drying oven for quick shifting from one place to the other User friendly Uniform heating of charged materials. Digital control for accurate temperature control throughout range.
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Supra Welding Cutting Hose

Supra Welding Cutting Hose
  • Usage Transporting Gases During Welding And Cutting Operations
  • Specialities High Flexibility With Kink & Crush Resistance
  • Packaging Type Recyclable Gunny Bags & Cardboard Boxes
  • Material Rubber
  • Number Of Flower Welding And Cutting Gas Hose
  • Length 100m
AWS: SFA EN ISO CODE: Our SUPRA Welding and Cutting Gas Hose is specially designed to safely transport gases during welding and cutting operations. Welding and cutting hoses are essential components in any welding or cutting operation, delivering gases (oxygen, acetylene, etc.) from the tank to the welding equipment. These hoses are designed to handle the high pressure and extreme temperatures involved in these processes. Key Features: Fallow the ISI standard IS:447 High Flexibility with Kink & Crush resistance Standard 100m length in re-cyclable gunny bags & cardboard boxes Red & Blue colour for different gases.
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Supra Welding Hand Shield

Supra Welding Hand Shield
  • Number Of Flower Welding Hand Shield
  • Material Durable Shell
  • Application Protect Face, Eyes, And Neck During Welding Processes
  • Feature Protective Lens/Filter, Durable Shell, Fixed Shade Level
AWS: SFA EN ISO CODE: A welding hand shield is a crucial piece of personal protective equipment (PPE) used by welders to protect their face, eyes, and neck from the intense heat, sparks, and radiation produced during welding processes. The primary purpose of the welding hand shield is to ensure the safety of the welder by preventing injuries such as burns, eye damage, and exposure to harmful ultraviolet (UV) and infrared (IR) radiation. Salient Features: Protective Lens/Filter Durable Shell Fixed Shade Level
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Supra Chipping Hammer

Supra Chipping Hammer
  • Number Of Flower Chipping Hammer
  • Application Cleaning And Removing Slag From Metal
  • Availability 325 Grams
  • Feature Can Be Used For Both Large And Small Applications
  • Material Forged-alloy Steel
  • Handle Design Ergonomic With Spring Grip
AWS: SFA EN ISO CODE: Straight-head chipping hammer can be used to clean and remove slag from metal. Hammer is made of tough, forged-alloy steel. It has a vertical head on one end and long, tapered point on the other. The ergonomic handle design and spring grip reduces shock and fatigue. It is a must have for welders. Salient Features : Can be used for both large and small applications Vibration reducing spring handle Weight: 325 grams. Steel chipping hammer for removing slag and flux from metal Wide blade chisel design removes slag faster and adds life to the tool Ergonomic handle and spring grip reduces shock and fatigue Tough, forged-alloy steel construction
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Supra Welding Helmet

Supra Welding Helmet
  • Number Of Flower Passive Flip-up Welding Helmet
  • Material Poly-Propylene
  • Availability 450 G
  • Flip-front Options Three
  • Facial Protection Full In All Welding Positions
  • Head Gear Type 5 Rake Position Head Gear
  • Adjustability Simplified For Ease
  • Head Gear Weight Light-weight With Sweat Band
AWS: SFA EN ISO CODE: Supra Welding Helmet is a passive flip-up welding helmet with a light weight Poly-Propylene shell. The helmet designed for outstanding facial protection for welding in all positions. Light Weight (450 g) shell with contemporary look. Three flip-front options. Full facial protection in all welding position with 5 rake position head gear. Simplified head-gear for ease of adjustments. Light-weight head gear with sweat band.
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Supra Welding Goggle

Supra Welding Goggle
  • Number Of Flower Welding Goggles
  • Application Welding Protection
  • Feature Frameless, Integrated Side Shield, Flexible Temples
  • Lens Color Green
  • Lens Protection UV And IR Radiation
AWS: SFA EN ISO CODE: A welding Goggle is a type of PPE used in performing certain types of welding to protect the eyes from spark, IR and UV light, and intense heat. Green welding glasses are the most commonly used lens color for welding. They offer excellent protection from the bright light and intense heat produced during welding. Green lenses block out harmful UV and IR radiation, making them suitable for most welding processes. Salient Features: Frameless Spectacle Integrated Side Shield Flexible Temples Adjustable Temple Length & Angle
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Supra Arm Sleeve

Supra Arm Sleeve
  • Number Of Flower Arm Sleeve
  • Material Flame-Resistant Fabric
  • Application Welding Protection
  • Design Double-Layered, Ergonomic
  • Heat Resistance High
  • Suitable For Various Welding Processes
AWS: SFA EN ISO CODE: Welding arm sleeves are a type of personal protective equipment (PPE) designed to provide additional protection to the arms of welders. These sleeves are worn to shield the skin from sparks, spatter, and heat generated during welding processes. While the specific technical details may vary between manufacturers and models, here are some common features and considerations for welding arm sleeves. Salient Features: Flame-Resistant Fabric Double-Layered Ergonomic Design High Heat Resistance Suitable for Various Welding Processes Meets Safety Standards
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Supra Leg Guard

Supra Leg Guard
  • Number Of Flower Welding Leg Guards
  • Application Protective Equipment For Welders
  • Features Heat Resistance, Spatter Protection, Flexibility & Mobility, Reflective Elements
AWS: SFA EN ISO CODE: Welding leg guards, also known as welding spats or welding gaiters, are protective equipment worn by welders to safeguard their legs and feet from sparks, spatter, molten metal, and other hazards commonly encountered during welding work. Salient Features: Heat Resistance Spatter protection Flexibility & Mobility Reflective Elements
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Supra Apron

Supra Apron
  • Number Of Flower Leather Apron
  • Material Leather
  • Usage Welding Applications In Maintenance And Manufacturing Industries
  • Specialities Even Weight Distribution For User Comfort
  • Safety Standards Meets Basic Safety Requirements
AWS: SFA EN ISO CODE: These leather aprons are designed to accommodate the basic safety requirements and standards for Personal Protective Equipment. The information contained herein is intended to assist the wearer in the selection of personal protective equipment. Suitable for use in welding applications, used in the maintenance, manufacturing industries. Leather has long been considered the best protective material for welding applications. The relative thickness of leather prevents heat from penetrating through the garment and also provides excellent abrasion and puncture resistance. Salient Features: The weight of these aprons is distributed evenly for user comfort. Tested at 150C for thermal protection. Leather neck strap and adjust waist belt. Tested against mechanical stress like abrasion, tear and puncture.
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Supra Digital Oven C25

Supra Digital Oven C25
  • Capacity 25 Kg
  • Temperature Range Up To 400°C
  • Control Type Digital
  • Heat Distribution Uniform
  • Energy Efficiency Optimized For Low Power Consumption
  • Display LED
  • Safety Features Overheat Protection, Robust Insulation
  • Usage Electrode Drying And Storage
AWS: SFA EN ISO CODE: The C25 Digital Oven is a high-performance electrode drying and storage solution, specifically designed to maintain the quality and usability of welding electrodes. With a capacity of 25 kg, this oven ensures electrodes are kept moisture-free, preventing welding defects like porosity and cracking. Engineered for precision, the C 25 Digital Oven is equipped with advanced digital controls and is capable of reaching a maximum temperature of 400C, making it suitable for a wide range of industrial applications. Salient Feature: Capacity: Designed to store and dry up to 25 kg of electrodes Digital Temperature Control: Advanced digital interface for precise temperature setting and monitoring High Temperature Range: Operates up to 400C, meeting diverse industrial needs Uniform Heat Distribution: Ensures even heating to maintain electrode quality Energy-Efficient Operation: Optimized for low power consumption without compromising performance LED Display: Clear and easy-to-read real-time temperature display Safety Mechanisms: Overheat protection and robust insulation ensure safe operation
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