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SUPER STANALLOY AL 11
• For all weldable Aluminium & its alloys • Versatility, Low Inventory and Ease of selection
• All Positional welding alloy • Ease of M & R Applications. Component setting time reduction
• Rapid deposition • Faster Job completion
• Rapid solidification • Makes In situ welding possible• Over head applications with ease
• Hermitically Sealed packs • No moisture Pickup• Higher Shelf Life- No flux Pitting
• TS- 34000 psi • Higher Safety margin
Product Feature User Benefit
SUPER STANALLOY CU 12
• Can be used for overlaying on steels, CI, Bronze
• Versatility, Low Inventory and Ease of selection
• Excellent colour match to Bronze • Aesthetics
• Excellent Arc Stability • Welder Comfort• High arc time
• Porosity free and dense welds • Minimal Rework• Defect Free Welding
• Good machinability & Corrosion Resistance
• No High Spots• Corrosion resistance as that of
Bronze
• TS- 45000 psi • Higher Safety margin
Product Feature User Benefit
SUPER STANALLOY CU 14
• Can be used for overlaying on steels, CI, Bronze
• Versatility, Low Inventory and Ease of selection
• Excellent colour match to Bronze • Aesthetics
• Can be used in temperature range of -196 to 450 degree
• Wide temperature Range• High Temperature properties
• Excellent Arc Stability, Porosity free and dense welds
• Welder Comfort, Minimal Rework• Defect Free Welding
• Excellent Corrosion Resistance • Best for High temperature corrosion
• TS- 70000 psi • Higher Safety margin
Product Feature User Benefit
SUPER STANALLOY ST 21
• Can be used for all Low carbon and Low Alloy Steels
• Versatility, Lower inventory
• Contact Type Electrode • Low Heat Input• Low HAZ
• Self Lifting Slag • Lower Welders Fatique• No Slag inclusion
• All positional Welding Alloy • Positional Welding Possible• Minimal Waste of Time for
positioning the job
• Finely Ripped Bead • Good Bead appearance• Minimal Finishing operations required
• TS- 72000 psi • Higher Safety margin
Product Feature User Benefit
SUPER STANALLOY ST 22
• Can be used for all Low/ Med carbon and Low/ Med Alloy Steels
• Versatility, Lower inventory
• Contact Type Electrode • Low Heat Input• Low HAZ
• Extra Low Diffusable Hydrogen level • No Hydrogen Induced cracks• No delayed Cracking
• All positional Welding Alloy • Positional Welding Possible• Minimal Waste of Time for
positioning the job
• Resistance to Surface Contaminant • Best suited for Cast steel applications
• Can perform at Subzero Temperature • Can be used for cryogenic Application
Product Feature User Benefit
• X Ray Quality Weld & Self Lifting Slag Design • Zero Weld Defects.
• TS- 88000 psi • Higher Safety margin
SUPER STANALLOY ST 23
• Can be used for all Low/ Med carbon and Low/ Med Alloy Steels
• Versatility, Lower inventory
• Contact Type Electrode • Low Heat Input• Low HAZ
• Extra Low Diffusable Hydrogen level • No Hydrogen Induced cracks• No delayed Cracking
• All positional Welding Alloy • Positional Welding Possible• Minimal Waste of Time for
positioning the job
• Resistance to Surface Contaminant • Best suited for Cast steel applications
• Can perform at Subzero Temperature • Can be used for cryogenic Application
Product Feature User Benefit
• X Ray Quality Weld & Self Lifting Slag Design • Zero Weld Defects.
• TS- 82000 psi • Higher Safety margin
SUPER STANALLOY DS 31
• Can be used for Dissimilar and unknown Compositions
• Wide base metal compatibility, Versatility, Lower inventory
• Contact Type Electrode • Low Heat Input• Low HAZ
• Perfect Chemistry with Max Strength and Ferrite Balance
• Ideal of joining Wide varieties• No cracks when used in high alloys
• All positional Welding Alloy • Positional Welding Possible• Minimal Waste of Time for
positioning the job
• Resistance to Surface Contaminant • Best suited for Contaminated surfaces.• Minimal Surface Preparation time.
Product Feature User Benefit
• Deposits exhibit low coeff of friction • Suited for bearing surfaces.
• TS- 120000 psi • Higher Safety margin alloy
SUPER STANALLOY DS 32
• Can be used for Dissimilar and unknown Stainless Steels
• Wide base metal compatibility, Versatility, Lower inventory
• Contact Type Electrode • Low Heat Input• Low HAZ
• Deposits withstand till 1000 Deg C • Resistance to Corrosion at High Temp• Retention of Strength at High Temp.
• All positional Welding Alloy • Positional Welding Possible• Minimal Waste of Time for
positioning the job
• Smooth Arc Transfer • Welders Comfort• Lower post welding time required.
Product Feature User Benefit
• No red Hotness while welding • Uniform Chemistry of the weld bead• No electrode wastage
• TS- 87000 psi • Higher Safety margin alloy
SUPER STANALLOY DS 33
• Can be used for Dissimilar and unknown Compositions
• Wide base metal compatibility, Versatility, Lower inventory
• Contact Type Electrode • Low Heat Input• Low HAZ
• Perfect Chemistry with Max Strength and Ferrite Balance
• Ideal of joining Wide varieties• No cracks when used in high alloys
• All positional Welding Alloy • Positional Welding Possible• Minimal Waste of Time for
positioning the job
• Resistance to Surface Contaminant • Best suited for Contaminated surfaces.• Minimal Surface Preparation time.
Product Feature User Benefit
• Deposits exhibit low coeff of friction • Suited for bearing surfaces.
• TS- 100000 psi • Higher Safety margin alloy
SUPER STANALLOY DS 34• Can be used for Dissimilar and
unknown Compositions• Wide base metal compatibility, Versatility,
Lower inventory
• Frosty Arc Formulations • Minimum Arc gap-Low Heat Input• Low HAZ
• Perfect Chemistry with Max Strength and Ferrite Balance
• Ideal of joining Wide varieties• High Strength with good ducility• No cracks when used in high alloys
• All positional Welding Alloy • Positional Welding Possible• Minimal Waste of Time for
positioning the job
• Small and Optimal Grain size • Can take shock & dynamic Loads• Usage on restrained joints
Product Feature User Benefit
• Deposits exhibit low coeff of friction • Suited for bearing surfaces.
• TS- 135000 psi • Higher Safety margin alloy
• Tolerance to Impurities • Can work on Contaminated surfaces• Minimal Cleaning Required.• No weld defects even on contaminated surfaces
SUPER STANALLOY TC 41
• Can be used for Dissimilar and unknown Compositions
• Wide base metal compatibility, Versatility, Lower inventory
• Can be used at Elevated Temperatures
• Weld deposits can be thermally cycled.• Retains Phy. Properties at High temp
• Good Ductility & tough Deposits • No HAZ Cracks• No PWHT required for most applns.
• All positional Welding Alloy • Positional Welding Possible• Minimal Waste of Time for
positioning the job
• Minimal Shrinkage Stresses on Cooling
• Can be used on thicker sections • Minimal Residual stresses after welding.
Product Feature User Benefit
• Deposits doesn’t undergo PWHT • No fear of HAZ cracks
• TS- 87000 psi • Higher Safety margin alloy
SUPER STANALLOY TC 42
• Can be used for Dissimilar and unknown Compositions
• Wide base metal compatibility, Versatility, Lower inventory
• Can be used at Elevated Temperatures
• Weld deposits can be thermally cycled.• Retains Phy. Properties at High temp
• Good Ductility & tough Deposits • No HAZ Cracks• No PWHT required for most applns.
• All positional Welding Alloy with high metal recovery.
• Positional Welding Possible• Minimal Waste of Time for
positioning the job
• Minimal Shrinkage Stresses on Cooling
• Can be used on thicker sections • Minimal Residual stresses after welding.
Product Feature User Benefit
• Deposits doesn’t undergo PWHT • No fear of HAZ cracks
• TS- 100000 psi • Higher Safety margin alloy
SUPER STANALLOY EM 35
• Best suited for Manganese Steels to Carbon Steels
• Can be widely used in all earth moving applications and wide base metal usage.
• Can be used at Elevated Temperatures
• Retains Phyical Properties at High temperatures.
• Good Elongation (40%) and Tough Deposits
• Suitable for Base layers during Buildups.• High elongation hence no HAZ Cracks.
• All positional Welding Alloy with high metal recovery.
• Positional Welding Possible• Minimal Waste of Time for
positioning the job
• Multi layer build ups possible • Can be used on thicker sections • Build Ups possible
Product Feature User Benefit
• TS- 100000 psi • Higher Safety margin alloy
SUPER STANALLOY CN 51
• Can be used for 304, 304L, 308, 308L & 347
• Wide base metal compatibility, Versatility, Lower inventory
• Contact Type Electrode • Low Heat Input• Low HAZ & No IGC/ Cr Depletion
• All positional Welding Alloy • Positional Welding Possible• Minimal Waste of Time for
positioning the job
• Smooth Arc Transfer • Welders Comfort• Lower post welding time required.
Product Feature User Benefit
• No red Hotness while welding • Uniform Chemistry of the weld bead• No electrode wastage
• TS- 80000 psi • Higher Safety margin alloy
SUPER STANALLOY CN 52
• Can be used for SS 301/2/3/4/4L/5/6/8 & 347
• Wide base metal compatibility, Versatility, Lower inventory
• Contact Type Electrode • Low Heat Input• Low HAZ & No IGC/ Cr Depletion
• All positional Welding Alloy • Positional Welding Possible• Minimal Waste of Time for
positioning the job
• Deposits can take high Temperatures• Stabilised SS deposits
• Excellent Creep Resistance• Good Corrosion Resistance at High Temp.
Product Feature User Benefit
• No red Hotness while welding • Uniform Chemistry of the weld bead• No electrode wastage
• TS- 80000 psi • Higher Safety margin alloy
SUPER STANALLOY CN 53
• Can be used for SS 316, 316 L, 315, 318, 329
• Wide base metal compatibility, Versatility, Lower inventory
• Contact Type Electrode • Low Heat Input• Low HAZ & No IGC/ Cr Depletion
• All positional Welding Alloy • Positional Welding Possible• Minimal Waste of Time for
positioning the job
• Nil Ferrite Deposits • Best Suited for High level Corrosions• For Fertiliser and Chemical Industry.
Product Feature User Benefit
• No red Hotness while welding • Uniform Chemistry of the weld bead• No electrode wastage
• TS- 85000 psi • Higher Safety margin alloy
SUPER STANALLOY CN 54
• Can be used for all Unknown and Dissimilar SS.
• Wide base metal compatibility, Versatility, Lower inventory
• Contact Type Electrode • Low Heat Input• Low HAZ & No IGC/ Cr Depletion
• All positional Welding Alloy • Positional Welding Possible• Minimal Waste of Time for
positioning the job
• Deposits can withstand temperatures till 12000 C.
• Excellent Creep Resistance• Good Corrosion Resistance at High Temp.
Product Feature User Benefit
• No red Hotness while welding • Uniform Chemistry of the weld bead• No electrode wastage
• Best suited for joining Carbon steel to Stainless steels
• Versatile in Operation
• TS- 84000 psi • Higher Safety margin alloy
SUPER STANALLOY CN 55
• Can be used on all Straight Chrome steels
• Wide base metal compatibility, Versatility, Lower inventory
• Contact Type Electrode • Low Heat Input• Low HAZ & No IGC/ Cr Depletion
• All positional Welding Alloy • Positional Welding Possible• Minimal Waste of Time for
positioning the job
• Deposits can withstand Pitting Corrosion
• Best suited for hydel applications• Deposits are Touch and Hard to resist
pitting.
Product Feature User Benefit
• No red Hotness while welding • Uniform Chemistry of the weld bead• No electrode wastage
• TS- 120000 psi • Higher Safety margin alloy
• Hardness : 34- 38 HRc • Hard enough combined with Corrosion resistance to resist cavitation.
SUPER STANALLOY FN 61
• Can be used on all Cast Irons • Wide base metal compatibility, Versatility, Lower inventory
• Very High resistance to Contaminated CI
• Minimal Cleaning required• Resistance to Impurties
• Deposits have good Colour Match to Grey CI
• Aesthetics
• All positional Welding Alloy • Positional Welding Possible• Minimal Waste of Time for
positioning the job
• Spray Transfer and Fast Freezing • Ideal for Usage on Contaminated Castirons
Product Feature User Benefit
• Non Conductive flux Coating • Welders Comfort• No side arcing while welding
• TS- 60000 psi • Higher Safety margin alloy
SUPER STANALLOY FN 62
• Can be used on all weldable grades of Cast irons
• Wide base metal compatibility, Versatility, Lower inventory
• Innovative Core wire design • Highest Penetrations in Cast Irons• Good resistance to surface Contaminations
• Touch weldable Alloy- Frosty Arc formulation.
• Lowest Heat Input• No HAZ cracks
• All positional Welding Alloy • Positional Welding Possible• Minimal Waste of Time for
positioning the job
• Deposits are Machinable • Post welding machining is easy
Product Feature User Benefit
• Highest penetrations • Can be used for higher thickness.
• TS- 76000 psi • Higher Safety margin alloy
SUPER STANALLOY FN 63
• Can be used on all weldable grades of Cast irons
• Wide base metal compatibility, Versatility, Lower inventory
• Pure Nickel Electrode • Can be Quench Welded• No HAZ cracks• Good Ductility
• Touch weldable Alloy- Frosty Arc Formulation.
• Lowest Heat Input• No HAZ cracks
• All positional Welding Alloy • Positional Welding Possible• Minimal Waste of Time for
positioning the job
• Deposits are Highly Machinable • Drilling & Tapping is Possible
Product Feature User Benefit
• Optimum Penetrations • Ideal for Thinner section Joining.
• TS- 65000 psi • Higher Safety margin alloy
SUPER STANALLOY FN 64
• Can be used on all weldable grades of Cast irons
• Wide base metal compatibility, Versatility, Lower inventory
• High Nickel Electrode ( E Ni Fe) • No HAZ cracks• Good Ductility
• Touch weldable Alloy • Lowest Heat Input• No HAZ cracks
• All positional Welding Alloy • Positional Welding Possible• Minimal Waste of Time for
positioning the job
• Deposits are Machinable • Post Finishing operations are easy
Product Feature User Benefit
• Optimum Penetrations • Ideal for Thinner section Joining.
• TS- 65000 psi • Higher Safety margin alloy
• Good Color March to Grey CI • Better Aesthetics.
SUPER STANALLOY FN 65
• Can be used on all weldable grades of Cast irons
• Wide base metal compatibility, Versatility, Lower inventory
• Perfect Blended Fe Ni Electrode • No HAZ cracks• Good Ductility
• Touch weldable Alloy & All Position Capability
• Lowest Heat Input- No HAZ Cracks• Minimal time required for set up
• Deposits resists contaminations • Can be used on a Contaminated Surfaces.• Minimal Time for surface prepratation
• Deposits can be Machined • Post Finishing operations are easy
Product Feature User Benefit
• Good Penetration on CI • Ideal for Thicker Sections Joining.• Can with stand hydrostatic Pressures
• TS- 80000 psi • Higher Safety margin alloy
SUPER STANALLOY FN 66• Can be used on all weldable grades of
Cast irons• Wide base metal compatibility, Versatility,
Lower inventory
• Deposits are best suited for SG iron • Can be used on Reactive Torque areas• Good Ductility which makes it easy for
Nodular CI usage
• Touch weldable Alloy • Lowest Heat Input• No HAZ cracks
• All positional Welding Alloy • Positional Welding Possible• Minimal Waste of Time for
positioning the job
• Deposits are Machinable • Post Finishing operations are easy
Product Feature User Benefit
• Optimum Penetrations & best suited for Joining CI to Carbon Steel
• Ideal - Thinner & Thicker section Joining.• Best suited for CI to Carbon Steels Joining
• TS- 70000 psi • Higher Safety margin alloy
• Resistance to Contaminations • Minimal surface Preparations
SUPER STANALLOY FN 67
• Can be used on all weldable grades of Cast irons
• Wide base metal compatibility, Versatility, Lower inventory
• Perfect Blended Fe Ni Electrode • No HAZ cracks• Good Ductility
• Touch weldable Alloy & All Position Capability
• Lowest Heat Input- No HAZ Cracks• Minimal time required for set up
• Deposits resists contaminations • Can be used on a Contaminated Surfaces.• Minimal Time for surface prepratation
• Deposits can be Machined • Post Finishing operations are easy
Product Feature User Benefit
• Good Penetration on CI • Ideal for Thicker Sections Joining.• Can with stand hydrostatic Pressures
• TS- 70000 psi • Higher Safety margin alloy
SUPER STANHARD FC 71
• An iron Based Carbide Alloy • Offers good Resistance to Abrasion related applications
• Deposits have a Tough Matrix • Deposits can resist Moderate Impact• Deposits doesn’t Spall under pressure
• Rapid Deposition alloy • Faster Deposition of the alloy• Minimal time requirement
• Multi Layer Deposits possible • Build up is easily possible without the fear of cracking
• All position Electrode • Minimal time required for set up
Product Feature User Benefit
• Can be used on Cast steels, Mn Steels & malleable Iron
• Versatality, Wide application usage
• Hardness : 58- 60 HRc • Resists Abrasion, pressure and moderate Impact
SUPER STANHARD FC 72
• An iron Based build up alloy for Ferrous Base Metals
• Build up combined with Abrasion Resistance
• Deposits areTough with a good anchoring Matrix
• Deposits can resist High Impact• Deposits doesn’t Spall under pressure
• Rapid Deposition alloy • Faster Deposition of the alloy• Minimal time requirement
• Multi Layer Deposits & Deposits are Machinable
• Build up is easily possible without the fear of cracking
• Machinability
• All position Electrode, Easy Slag Removal
• Minimal time required for set up• Ease of Removing Slag
Product Feature User Benefit
• Can be used on Cast steels, Mn Steels & malleable Iron
• Versatality, Wide application usage
• Hardness : 28-32HRc • Resists Mild Abrasion, Heavy pressure and High Impact
SUPER STANHARD MN 73
• Manganese Based Alloy • Suitable for Hadfield Steels & Manganese Steel Base metals
• Tough Deposits & work Hardening In nature
• Deposits can resist High Impact• Deposits doesn’t Spall under pressure• Deposits Harden Layer by layer.
• Rapid Deposition alloy • Faster Deposition of the alloy• Minimal time requirement
• Multi Layer Deposits • Build up is easily possible without the fear of cracking.
• All position Electrode, Easy Slag Removal
• Minimal time required for set up• Ease of Removing Slag
Product Feature User Benefit
• Nickel Fortified Alloy • Can be used for Buildup’s & Hard surfacing also
• Hardness : 20HRc ( As deposited) : 45-50 Hrc ( Work
hardened)
• Resists Mild Abrasion, Heavy pressure and High Impact
SUPER STANHARD FW 74
• Manganese Based Alloy • Suitable for Hadfield Steels & Manganese Steel Base metals
• Tough Deposits & Rapid work Hardening In nature
• Deposits can resist High Impact• Deposits doesn’t Spall under pressure• Deposits Harden Layer by layer.
• Rapid Deposition alloy • Faster Deposition of the alloy• Minimal time requirement
• Multi Layer Deposits with Inter granular pinning
• Build up is easily possible without the fear of cracking.
• Doesn’t Crack on the impact
• All position Electrode, Easy Slag Removal
• Minimal time required for set up• Ease of Removing Slag
Product Feature User Benefit
• Nickel Fortified Alloy • Can be used for Buildup’s & Hard surfacing also
• Hardness : 20HRc ( As deposited) : 50 Hrc ( Work hardened)
• Resists Mild Abrasion, Heavy pressure and High Impact
SUPER STANHARD NA 75
• Nickel Based Austenitic Alloy • Suitable for Joining, Build up & Hard Surfacing.• Deposits Exhibit high Tensile Strength
• High temperature properties • Retains Tensile strength at High Temp.• Has good Corrosion Resistance at High
temperature also.
• Tough & dense Deposits • Can be used on applications with high impact and temperature
• Deposits Doesn’t Gall
• Multi Layer Deposits • Build up is easily possible without the fear of cracking.
• Doesn’t Crack on the impact
• All position Electrode, Easy Slag Removal
• Minimal time required for set up• Ease of Removing Slag
Product Feature User Benefit
• Deposits Have Low Coeff of Friction • Can be used on Bearing areas.
• Hardness : 20HRc ( As deposited) : 50 Hrc ( Work hardened)
• Resists Mild Abrasion, Heavy pressure, High Impact Combined with Temp
• Tensile Strength: 1,20,000 Psi • Good Safety Margin
SUPER STANHARD AC 76
• Chromium Carbide Rich alloy in an Eutectic matrix
• Resists severe Abrasion hence higher Life.
• Alloy with minimal base metal Dilutions
• Maximum hardness in the first Layer itself.• High Life in low buildup itself.
• Smooth Deposits with very fine stress relieving checks
• Deposits can take moderate Erosion combined with Heat
• Deposits doesn’t chunk in service
• All position Electrode, Easy Slag Removal
• Minimal time required for set up• Ease of Removing Slag
Product Feature User Benefit
• Can be used on Mn, Cast & Malleable Irons
• Variety of Applications usage
• Hardness : 60-65 HRC • Severe Abrasion Resistance and Moderate Erosion at high temperatures.
SUPER STANHARD CR 77
• Rich Chromium Carbide with secondary Carbides in a Touch Eutectic Matrix
• Maximum Abrasion Resistance at Higher temperatures.
• Ripple Free deposits- Bald Deposit • Can resist erosion Resistance atmospheres also
• Whitish Bead Appearance • Deposits can resist corrosion to a moderate extent
• Temperature resistance up to 5500C • Hardness retention at high temperatures also.
Product Feature User Benefit
• Touch Eutectic matrix • Deposits can take Impact.
• Hardness : 57-60HRC • Deposits can resist• Abrasion• Corrosion• Impact• Erosion• Heat
SUPER STANHARD CC 78
• Complex Carbide Deposit with Primary Chromium Carbides
• Can withstand Severe Grinding Abrasion
• Slag Less Deposits & Rapid Depositions
• High Metal Recovery• Low welders fatique
• Minimal Stress relieving Checks • Deposits doesn’t chunk in service
• Temperature resistance up to 5000C • Hardness retention at high temperatures also.
Product Feature User Benefit
• Can be used on all Ferrous Base Metals
• Wide Base Metal Compatibility
• Hardness : 63- 65 HRc • Deposits can resist• Severe Abrasion• Heat• Mild Erosion & Impact
SUPER STANHARD HT 79
• Complex Carbide Deposit with rich secondary & tertiary Carbides
• Can withstand Severe Grinding Abrasion Combined with Erosion & Heat
• Slag Less Deposits & Rapid Depositions
• High Metal Recovery• Low welders fatique
• Minimal Stress relieving Checks • Deposits doesn’t chunk in service
• Temperature resistance up to 8500C • Hardness retention at high temperatures also.
Product Feature User Benefit
• Can be used on all Ferrous Base Metals
• Wide Base Metal Compatibility
• Hardness : 63- 67 HRc • Deposits can resist• Severe Abrasion• Severe Erosion & Impact• Combined with Heat
SUPER STANHARD HS 80
• High Speed Steel type of Deposit • Deposits will have edge retention at High temperatures.
• Deposits exhibit low coefficient of friction.
• Low material loss due to Low friction• Low geometry loss.
• Minimal or Stress relieving Checks • Hard and Sound Deposit, which is necessary for punches & Dies
• Deposits are heat Treatable • Ideally Suited for Dies, Punches and Trimmers.
Product Feature User Benefit
• Can be used on all Ferrous Base Metals
• Wide Base Metal Compatibility
• Hardness : 60- 65 HRc • Deposits can resist• Friction• Severe Abrasion • Edge Retention• Combined with Heat
SUPER STANHARD UL 81
• High performance Boron, Chromium Carbides in deposits with high volume Fraction.
• Deposits Exhibit Severe Abrasion combined with other wear Factors.
• Has the highest wear factor.
• Deposits can resist temperature till 8000C
• Hardness retention at High temperatures• Higher Life for components
• Minimal or Stress relieving Checks • Chunking doesn’t take place
• Touch and strong Matrix • Ideally suited alloy for hardfacing applications involving High Load & High Wear
Product Feature User Benefit
• All positonal alloy with High metal Recovery
• Ease of Application• Rapid Deposition
• Hardness : 60- 65 HRc • Deposits can resist• Friction• Severe Abrasion & Erosion • Moderate Impact• Combined with Heat
HardfacingSUPER STANHARD CR 82
• Maximum Abrasion Resistance at Higher temperatures.
• Ripple Free deposits- Bald Deposit • Can resist erosion Resistance atmospheres also
• Whitish Bead Appearance • Deposits can resist corrosion to a moderate extent
• Temperature resistance up to 4500C • Hardness retention at high temperatures also.
• Touch Eutectic matrix • Deposits can take Impact.
• Hardness : 57-60HRC • Deposits can resist• Abrasion• Corrosion• Impact• Erosion• Heat
• Rich Chromium Carbide with secondary Carbides in a Touch Eutectic Matrix
Product Feature User Benefit
SUPER STANHARD PASTE 83
• High Volume Fraction of Boron Carbide rich Deposits
• Severe Erosion Resistance• Severe Abrasion Resistance & high Temp.
• Deposits can resist temperature till 9000C
• Hardness retention at High temperatures• Higher Life for components
• No Stress relieving Checks • Chunking doesn’t take place
• Hardness in 1.5mm Deposit • Minimal Alloy Consumption• Low Dilution to the base metal
Product Feature User Benefit
• Good Covereage of 300 cm3/1.5 mm/kg
• Lower Alloy Consumption• Superior Performance
• Deposits can resist• Severe Erosion• Severe Abrasion• Combined with Heat
• Hardness : 68-70HRC
SUPER STANHARD CC 84
• Deposits rich in Complex Carbides in a Austenitic Matrix
• High Abrasion resistance• Combined with High Impact & Erosion
• Deposits can resist temperature till 5500C
• Hardness retention at High temperatures• Higher Life for components
• High Build Up possible• No Stress Relieving Chekcs
• High Impact resistance• Combined with Erosion & Abrasion
Resistance
• Deposits Retain Edge • Suited for Die Reclamation applications also.
Product Feature User Benefit
• Deposits Doesn’t spall in service • Deposits can take Maximum Impact• Doesn’t squeeze out.
• Hardness : 54-57 HRc • Deposits can resist• Moderate Impact• Severe Abrasion• Combined with Heat
Cobalt AlloysSUPER STANHARD C0 06
- High resistance to Impact, Abrasion, Friction at high temperatures
- Co-Cr-Mo system gives maximum protection to base metal
- Outstanding weldability with crack resistance
- Best protection to thermal & mechanical shocking
- All positional electrode
- Self releasing slag
- Hardness : 45 HRc
Cobalt AlloysSUPER STANHARD C0 12
- High resistance at high temperatures
- High Hot hardness
- Outstanding weldability with crack resistance
- For Hot pressing , shearing, hot forging dies
- All positional electrode
- Self releasing slag
- Hardness : 50 HRc
Cobalt AlloysSUPER STANHARD C0 21
- High resistance to Impact, Abrasion, Friction at high temperatures
- High resistance in oxidation environments till 1200 degrees
- High Hot hardness
- Outstanding weldability with crack resistance
- For High pressure steam valves, chemical valves, exhaust valves
- All positional electrode
- Self releasing slag
- Hardness : 45- 50 HRc
SUPER STANHARD CC(T) 91
• High Performance Chromium Carbide rich Deposits along with Secondary Carbides.
• Good Grinding Abrasion Resistance.• Combined with erosion & Heat
• Highest Metal Recovery – Seamless Tubular Construction
• Lower Alloy Consumption• Good Cost Benefit applications
• No Carbide Charring – Due to Tubular Design
• High Current Density leading to ideal carbide orientation.
• No Flux Dropping , Single Layer Hardness & slag Less deposit
• Uniform Chemistry all along the bead.• Lower Penetrations leading to low Dilution• Minimal welder benefit.
Product Feature User Benefit
• No Electrode Overheating • Minimal stub Loss• Maximum length usage.
• Hardness : 57-62 HRc • Deposits can resist• Severe Abrasion• Moderate Erosion• Combined with Heat
SUPER STANHARD HT(T) 92
• High Performance Chromium Carbide rich Deposits along with Secondary Carbides.
• Good Grinding Abrasion Resistance.• Combined with erosion & Heat
• Highest Metal Recovery – Seamless Tubular Construction
• Lower Alloy Consumption• Good Cost Benefit applications
• No Carbide Charring – Due to Tubular Design
• High Current Density leading to ideal carbide orientation.
• No Flux Dropping , Single Layer Hardness & slag Less deposit
• Uniform Chemistry all along the bead.• Lower Penetrations leading to low Dilution• Minimal welder benefit.
Product Feature User Benefit
• No Electrode Overheating • Minimal stub Loss• Maximum length usage.
• Hardness : 58-64HRc • Deposits can resist• Severe Abrasion• Moderate Erosion• Combined with Heat
• Deposits can Resist Temperature up to 7500C
• Hardness Retention at High temperatures.
SUPER STANHARD HT(T) 93
• Complex Carbide Rich deposits • Good Grinding Abrasion/ Erosion Resistance.
• Combined with Heat
• Highest Metal Recovery – Seamless Tubular Construction
• Lower Alloy Consumption• Good Cost Benefit applications
• No Carbide Charring – Due to Tubular Design
• High Current Density leading to ideal carbide orientation.
• No Flux Dropping , Single Layer Hardness & slag Less deposit
• Uniform Chemistry all along the bead.• Lower Penetrations leading to low Dilution• Minimal welder benefit.
Product Feature User Benefit
• No Electrode Overheating • Minimal stub Loss• Maximum length usage.
• Hardness : 60-65 HRc • Deposits can resist• Severe Abrasion• Severe Erosion• Combined with Heat
• Deposits can Resist Temperature up to 9500C
• Hardness Retention at High temperatures.
SUPER STAN GOUGE
• Low Burn off Rate • Low Electrode Consumption.• Higher Productivity
• Emits White Smoke • Ease oF Spotting the Cracks
• Delayed Arc • Easy positioning of the electrode.
• U Groove preparation • Optimum “U” Groove Preparation of the base metal
Product Feature User Benefit
• Emits High Exothermic Gases • Maximum Gouging Performance.
• High Current Carrying capacity • No electrode overheating and wastage thereon
Metal PreparationSUPER STAN CUT
- High arc force leading to excellent cutting action
- No electrode overheating till the end
- Exothermic coating & highly concentrated arc
- Can be used for any metal.
SUPER STAN CUT
• Low Burn off Rate • Low Electrode Consumption.• Higher Productivity
• Delayed Arc • Easy positioning of the electrode.
Product Feature User Benefit
• High Piercing Capability • Efficient cutting action.
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