An excellent electrode for gouging and beveling and removable of weld defects for ferrous or non-ferrous metal
Applications:
Special electrode for all position cutting and piercing of all metals
Applications:
All position electrode for welding of low carbon thin sheets, forms and plates
Applications:
Typical Mechanical Properties:
Tensile Strength: : 53 Kg/mm2
(75,000 psi)
Electrode for high strength joining of Mn steel, low alloy steel & medium carbon steel
Applications:
Typical Mechanical Properties:
Tensile Strength: 58 Kg/mm2
(84,000 psi)
Moisture resistant electrode for welding low alloy and high tensile steels
Applications:
Typical Mechanical Properties:
Tensile Strength: 59Kg/mm2
(82,000 psi)
Universal electrode for joining of different steel with high strength heat and corrosion resistance
Applications:
Typical Mechanical Properties:
Tensile Strength: 70 Kg/mm2
(98,000 psi)
A high alloy electrode for welding dissimilar steels and unknown steels – high carbon to all steels
Applications:
Typical Mechanical Properties:
Tensile Strength: 87 Kg/mm2
(1,22,000 psi)
Very low heat input electrode for joining, built-up of dissimilar & difficult to weld steels
Applications:
Typical Mechanical Properties:
Tensile Strength: 87 Kg/mm2
(1,22,000 psi)
Weld metal with high toughness, high strength & ductility for joining dissimilar steels
Applications:
Typical Mechanical Properties:
Tensile Strength: 87 Kg/mm2
(1,22,000 psi)
Special flux coated electrode for joining and repair of heavy and massive sections and dissimilar steels
Applications:
Typical Mechanical Properties:
Tensile Strength: 66 Kg/mm2
(92,000 psi)
Elongation: 30 – 35%
Electrode for joining high alloy steels subjected to thermal cycling and joining without effects of HAZ
Applications:
Typical Mechanical Properties:
Tensile Strength: 66 Kg/mm2
(92,000 psi)
Elongation: 45%
High strength electrode for joining and repair of cast steels and HSLA steels
Applications:
Typical Mechanical Properties:
Tensile Strength: 67 Kg/mm2
(96,000 psi)
Low carbon stainless steel electrode with excellent heat and corrosion resistance for joining and overlay applications
Applications:
Typical Mechanical Properties:
Tensile Strength: 58 Kg/mm2
(82,000 psi)
Excellent electrode for joining wide range of SS and MS base metal for oxidation and heat resistance applications
Applications:
Typical Mechanical Properties:
Tensile Strength: 69 Kg/mm2
(97,000 psi)
Moly-bearing stainless steel electrode with enhanced corrosion resistance both for joining and surfacing
Applications:
Typical Mechanical Properties:
Tensile Strength: 62 Kg/mm2
(87,000 psi)
Stainless steel electrode specially designed for fertilizer industry
Applications:
Typical Mechanical Properties:
Tensile Strength: 56 Kg/mm2
(80,000 psi)
Elongation: 40%
Innovative alloy with strong arc force and cleaning action for contaminated cast irons
Applications:
An excellent electrode for repair of casting defects
Applications:
Typical Mechanical Properties:
Tensile Strength:42 Kg/mm2
(60,000 psi)
Versatile electrode for welding of heavy sections and crack sensitive applications
Applications:
Typical Mechanical Properties:
Tensile Strength: 42 Kg/mm2
(58,000 psi)
A high Ni electrode for repairing thin sections of gray cast iron with excellent machinability
Applications:
Typical Mechanical Properties:
Tensile Strength: 37 Kg/mm2
(52, 000 psi)
A high nickel electrode for repairing gray cast iron and joining casting to steel
Applications:
Typical Mechanical Properties:
Tensile Strength: 37 Kg/mm2
(52,000 psi)
For joining steel to cast Iron & rebuilding of nodular and alloyed cast irons
Applications:
Typical Mechanical Properties:
Tensile Strength: 42 Kg/mm2
(59,000 psi)
Electrode designed with innovative core wire offers good weldability, high tensile strength, ductility and machinability
Applications:
Typical Mechanical Properties:
Tensile Strength: 53 Kg/mm2
(75,000 psi)
Non-ferrous electrode for welding all grades of copper
Applications:
Typical Mechanical Properties:
Tensile Strength:8 – 15 Kg/mm2
Conductivity: 80% IACS
A bronze electrode for welding of bronze, brass, steel, cast iron
Applications:
High strength bronze electrode for welding of bronze, brass, carbon steel & cast iron
Applications:
Typical Mechanical Properties:
Tensile Strength: 35 Kg/mm2
(50,000 psi)
Special aluminium electrode for joining and maintenance welding application
Applications:
Typical Mechanical Properties:
Tensile Strength:25 Kg/mm2
(35,000 psi)
An advanced electrode for applications subjected to abrasive wear
Applications:
Typical Mechanical Properties:
Hardness: 57 – 62 HRc (3 layer)
Anti-spalling weld deposit with excellent cushioning, good impact resistance & high compressive strength
Applications:
Typical Mechanical Properties:
Hardness: 28 – 35 HRc (3 layer)
Special electrode for surfacing of cold cutting tool & die application
Applications:
Typical Mechanical Properties:
Hardness: 58 – 65HRc (3 layer)
Repair and build-up of drop forging tools and damaged profiles
Applications:
Typical Mechanical Properties:
Hardness: 35 – 45 HRc (3 layer)
High strength electrode for joining and surfacing of dissimilar steels and overlay on low alloy steels
Applications:
Typical Mechanical Properties:
Tensile Strength: 58 Kg/mm2
(82,500 psi)
Heat treatable alloy with good resistance to impact and compressive load upto 500oC
Applications:
Typical Mechanical Properties:
Deposit Hardness:
At 30 Deg C 48 – 52 HRc (3 layer)
At 400 Deg C 42 HRc (3 layer)
High strength electrode for rebuilding of drop-forging dies
Applications:
Typical Mechanical Properties:
Hardness:
As welded 35 – 45 Rockwell C (3 layer)
After Tempering:
35 – 42 Rockwell C (3 layer)
High strength electrode for rebuilding of press-forging dies and tools
Applications:
Typical Mechanical Properties:
Hardness:
38 – 44 HRc (As welded)
36 – 42 HRc (After Tempering)
A new generation electrode for surfacing of Cr-Mo alloyed cast iron dies
Applications:
Typical Mechanical Properties:
Hardness:
As deposited 42 – 48 HRc (3 layer)
Electrode with excellent shearing properties for automotive die applications
Applications:
Typical Mechanical Properties:
Hardness:
As deposited 54 – 58 HRc (3 layer)
High Hardness Tubular Electrode for Severe Abrasion Resistance
Applications:
Typical Mechanical Properties:
Hardness: 60 – 65 HRc (2 layer)
Unique tubular electrode with high abrasion resistance property
Typical Applications:
Typical Mechanical Properties:
Hardness: 55 – 62 HRc (2 layer)
Tubular Electrode with High Temperature Tribological Properties
Applications:
High temperature wear resistant coatings on all type of carbon steels and stainless steels.
Typical Mechanical Properties:
Hardness: 65 – 70 HRc (2 layer)
(on MS); 58 – 63 HRc (on SS 304)
Tungsten carbide based tubular electrode for severe abrasive wear
Applications:
Typical Mechanical Properties:
Hardness: 60 – 65 HRc (2 layer)
Special electrode for severe abrasive wear at elevated temperature
Applications:
Typical Mechanical Properties:
Hardness: 60 – 68 HRc (2 layer)
An advanced wear facing electrode designed for severe abrasion applications under pressure and moderate impact
Applications:
Typical Mechanical Properties:
Hardness: 60 – 65 HRc (2 layer)
Special electrode for improving gripping & wear protection of sugarcane crusher roll teeth
Applications:
Typical Mechanical Properties:
Hardness: 50 – 60 HRc
A wear resistant hard surfacing ‘paint-on-paste’ for fine particle abrasion & erosion
Applications:
Typical Mechanical Properties:
Coverage: 300 cc/kg of paste (Avg. coating thickness = 1.5mm) Hardness: 68 – 72 HRc
A versatile electrode with excellent resistance to impact with work hardening capability
Applications:
A high alloy electrode for wear protective coating & high strength joining
Applications:
For joining: Under carriage parts, sprockets, ripper shanks
For Build-up: Gear teeth, impactors, sprockets, trencher teeth, bucket teeth, hammers, augers, under carriage components, scrapper blades, crusher jaws
Typical Mechanical Properties:
Hardness:
As deposited 80-95 HRb Work hardened 28-35 HRc
Tensile Strength: 64 Kg/mm2
(90,000 psi)
Wear facing alloy for protective coating, repair and joining application on 13% Cr-steels
Applications:
Typical Mechanical Properties:
Tensile Strength: 107 kg/mm2
(1,50,000 psi)
Hardness: 33 – 40 HRc (3 layer)
An unique electrode for applications subjected to abrasion, erosion, corrosion combined with impact
Applications:
Typical Mechanical Properties:
Hardness: 54 – 62 HRc (3 layer)
An advanced fastest work hardenable alloy with superior anti-impact property coupled with pressure and abrasion
Applications:
Typical Mechanical Properties:
Hardness:
As deposited 20 – 24 HRc
Work hardened 35 – 48 HRc
Tensile Strength: 87 Kg/mm2
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A unique titanium carbide alloy system for wear-facing against severe impact & abrasion
Applications:
Typical Mechanical Properties:
Hardness: 52 – 60 HRc
Very high abrasion resistant alloy with extra high deposition rates
Applications:
Typical Mechanical Properties:
Hardness: 62 – 68 HRc (2 layer)
Weld metal with outstanding abrasive wear resistance even at elevated temperature
Applications:
Typical Mechanical Properties:
Hardness: 63 – 69 HRc (2 layer)
A high alloy electrode for joining and overlaying of nickel based alloys
Applications:
Typical Mechanical Properties:
Tensile Strength: 75 Kg/mm2
(1,05,000 psi)
Cobalt base alloy with excellent wear resistance at elevated temperatures
Applications:
Typical Mechanical Properties:
Hardness: 32 – 47 HRc (3 layer)
Cobalt base alloy with superior wear properties for critical surfacing and repair applications at high temperatures
Applications:
Typical Mechanical Properties:
Hardness: 25 – 38 HRc ( 3 layer)
Cobalt based alloy with excellent resistance to heat, impact and abrasion
Applications:
Typical Mechanical Properties:
Hardness: 40 – 52 HRc (3 layer)
Scientifically engineered electrode based on Nano Technology, that exhibits extraordinary wear resistance given at elevated temperatures
Applications:
Typical Mechanical Properties:
Hardness: 67 – 71 HRc
Cobalt based Surfacing Alloy for Hot Abrasion & Corrosion Resistance
Applications:
Typical Mechanical Properties:
Hardness: 35 – 45 HRc
Work hardening Cobalt based Surfacing alloy with Hot Impact Resistance & Edge Retention Properties
Applications:
Typical Mechanical Properties:
Hardness: 28 – 35 HRc (As welded)
45 – 50 HRc (Work hardened)
New Generation Electrode for Surfacing and Build-up of Dies & Tools
Typical Applications:
A versatile electrode for superior abrasion resistance
Applications:
Typical Mechanical Properties:
Hardness: 58-70 HRc (3 layer)
Open arc self shielded wire for crack – free joining and build up applications
Applications:
Typical Mechanical Properties:
Tensiles Strength: 49 Kg/mm2
(70,000 psi)
Open arc self-shielded flux cored wire for high strength similar and dissimilar joining of low, medium carbon and low alloy steels
Applications:
Typical Mechanical Properties:
Tensile Strength: 65 Kg/mm2
(92,000 psi)
Open arc self-shielded flux cored continuous wire for impact and compressive load applications
Applications :
Typical Mechanical Properties:
Hardness: 25 to 35 HRc (3 layer)
Open arc self-shielded flux cored wire with excellent resistance to impact and work hardening capability
Applications:
Typical Mechanical Properties:
Hardness:
As Deposited: 90 HRb (3 layer)
Work Hardened: 42 HRc (3 layer)
Open arc self shielded continuous wire designed to resist impact, galling and pressure
Applications:
Typical Mechanical Properties:
Tensile Strength: 55 Kg/mm2
(78,000 psi)
Open arc self-shield metal wed wire for hardfacing applications in construction and mining industries
Applications:
Typical Mechanical Properties:
Hardness: 50 – 58 HRc (3 layer)
Open arc self-shielded flux cored wire for severe wear by fine particle abrasion or erosion under moderate impact
Applications:
For wear protection of steel components in brick and tile, quarry and dredging industry :
Typical Mechanical Properties:
Hardness: 62 – 67 HRc (2 layer)
Open arc self-shielded Alloy wire containing niobium carbides for severe abrasive and erosive wear at elevated temperatures
Applications:
Typical Mechanical Properties:
Hardness: 60 – 68 HRc
Open arc self-shield flux cored wire with outstanding abrasive wear resistance even at elevated temperatures
Applications:
Typical Mechanical Properties:
Hardness: 58 – 64 HRc (3 layer)
Open arc self-shielded flux cored wire for wear-facing against abrasion and impact
Applications:
Typical Mechanical Properties:
Hardness: 52 – 58 HRc
Open arc self shielded continuous wire designed to withstand abrasion and moderate impact
Applications:
Typical Mechanical Properties:
Hardness: 50 – 60 HRc (3 layer)
Open arc self-shielded continuous wire for anti-spalling deposit with excellent cushioning, good impact resistance and high compressive strength
Applications:
Typical Mechanical Properties:
Hardness: 25 – 35 HRc (3 layer)
Open arc self-shield flux cored wire for joining and build up applications
Applications:
Typical Mechanical Properties:
Tensile Strength: 49 Kg/mm2
(69,000 psi)
Open arc self-shield continuous wire for build-up of table and roller liners
Applications:
Typical Mechanical Properties:
Hardness: 56 – 62 HRc
Open arc self-shield flux cored wire with excellent resistance to serve abrasion and erosion at elevated temperature
Applications:
Typical Mechanical Properties:
Hardness: 60 – 68 HRc
(3 layer hardness)
High alloyed flux core wire for welding dissimilar steels and unknown steels
Applications:
Typical Mechanical Properties:
Tensile Strength: 78 Kg/mm2
(1,10,000 psi)
Open arc self-shielded flux cored wire for joining and build up applications
Applications:
Typical Mechanical Properties:
Hardness: 85 – 90 HRb
Tensile Strength: 52 Kg/mm2
(73,000 psi)
Open arc self-shielded continuous wire having resistance to high impact and compression
Applications:
Typical Mechanical Properties:
Hardness (As Deposited) : 16 – 25 HRc (3 layer)
Work Hardened : 32 – 47 HRc (3 layer)
Open arc self-shielded continuous wire with high resistance to impact and pressure
Applications:
Typical Mechanical Properties:
Hardness:
As Deposited: 85 – 95 HRb (3 layer)
Work Hardened: 25 – 32 HRb (3 layer)
Open arc self-shielded continuous wire with outstanding abrasive wear resistance at elevated temperature
Applications:
Typical Mechanical Properties:
Hardness : 58 – 65 HRc (2 layer)
Open arc self-shielded flux cored wire with good resistance to impact and compressive load upto 500 deg C
Typical Mechanical Properties:
Hardness: 52 – 58
HRc (3 layer)
Open arc self-shielded flux cored wire with superior resistance to 2-body abrasion and low-to-medium impact
Applications:
For wear preventive protection of parts in
Typical Mechanical Properties:
Hardness: 50 – 58 HRc
(3 layer )
Open arc self-shielded flux cored wire with excellent resistance to 3-body abrasion and moderate-to-heavy impact
Applications:
For wear protective coatings of
Typical Mechanical Properties:
Hardness: 45 – 55 HRc (2 layer)
Open arc self-shielded flux cored wire for joining, fillet welding and build-up applications
Applications:
Typical Mechanical Properties:
Hardness: 20 – 32 HRc
Tensile Strength: 58 Kg/mm2 (82,000 psi)
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FCAW Wire for Drop Forging Tools & Dies
Applications:
Typical Mechanical Properties:
Hardness: 40 – 46 HRc (as welded)
38 – 45 HRc (after tempering at 550-600 °C for 1hr per inch job thickness)
Open arc self-shield continuous wire for build-up of table and roller liners
Applications:
Hardness: 56 – 62 HRc
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Flux coated brazing alloy suitable for joining of dissimilar steel to Cu alloy including Ni enhanced high strength bronzes
Applications:
Typical Mechanical Properties:
Bonding Temperature: 875 Deg C
Tensile Shear Strength: 50 Kg/mm2
(1,05,000 psi)
Low temperature silver brazing alloy for high strength joining of dissimilar metals
Applications:
Typical Mechanical Properties:
Rod: 1.6, 2.0, 3.15mm
Shim: 25mm x 0.075 mm
Bonding Temperature: 660 Deg C
Tensile Strength: 45 Kg/mm2(63,000 psi)
Torch brazing rod for self-fluxing copper-to-copper joints
Applications:
Typical Mechanical Properties:
Bonding Temperature : 650 Deg C
Tensile Strength : 37 Kg/mm2 (52,000 psi)
High silver brazing alloy with excellent fluidity for brazing narrow clearance joints
Applications:
Typical Mechanical Properties:
Bonding Temperature : 600 Deg C
Tensile Strength: 65 Kg/mm2 (92,000 psi)
An advanced brazing rod for high strength joining of aluminium parts
Applications:
Typical Mechanical Properties:
Bonding Temperature: 570 Deg C
Tensile Strength: 25 Kg/mm2 (35,000 psi)
Flux coated brazing alloy for built up & overlay application on all ferrous and non-ferrous alloys
Applications:
Typical Mechanical Properties:
Hardness: 95 HRb
Bonding Temperature: 875 Deg C
Tensile Strength: 62 Kg/mm2 (87,000 psi)
Composite gas brazing filler rod with hard carbides embedded in tough matrix
Applications:
Typical Mechanical Properties:
Hardness: Matrix – 210 BHN,
Carbides – 1250 HV (min)
Paint-on solder paste for soldering of dissimilar metals except Al and Mg
Applications:
Typical Mechanical Properties:
Bonding Temperature: 190 Deg C
Tensile Strength: 4 Kg/mm2 (7200 psi)
A solder alloy with excellent corrosion resistance suitable for SS, brass, bronze, Ni alloys and carbon steels parts
Applications:
Typical Mechanical Properties:
Bonding Temperature: 225 Deg C
Note: Also available in paste
form as EWACSTIK 114 P
Tensile Strength: 11 Kg/mm2 (16,000 psi)
Nickel – base alloy with excellent wear properties
Applications:
Typical Mechanical Properties:
Hardness: 55 – 62 HRc Max.
Thickness: 1.5 to 2 mm
Tungsten carbide reinforced Nickel – base alloy with exceptional resistance to abrasion and erosion
Applications:
Typical Mechanical Properties:
Hardness: 57 – 64 HR Max.
Thickness: 1.5 mm
Ni – B – Si system offers combination of wear, toughness, hardness and machinability
Applications:
Typical Mechanical Properties:
Hardness: 36 – 42 HRc
Nickel – base alloy ideal for filling, sealing, cladding & joining cast iron to steel
Applications:
Typical Mechanical Properties:
Hardness:80 – 100 HRb
Nickel – base alloy for faster deposition for joining, cladding and sealing
Applications:
Typical Mechanical Properties:
Hardness: 80 – 100 HRb
Finest microflo alloy for high temperature service
Applications:
Typical Mechanical Properties:
Hardness: 45 – 50 HRc
Emergency repair applications
Applications:
General repair and build – up application
Applications:
Protection against corrosive wear
Applications:
Protection against abrasive wear
Applications:
Protection against impact and cavitation
Applications:
Protection of surfaces against general wear upto 1750C
Applications:
Protection of large surfaces against corrosion and wear
Applications:
