Welding Specialities india pvt ltd Ambad, Nashik, Maharashtra

A specially formulated coating with high arc energy and arc force for rapid removal of unwanted materials in steels, cast irons and stainless steels. Applications For chamfering groove and gouging out cracks, old rivet and bolt heads and deformed metal etc.

Heat resistant exothermic coating for high speed and efficient thermal cutting of all metals without air or gas. Applications For airgas less cutting of all metals, removal of damaged sections and piercing of metals before drilling etc.

PURE Tungsten Color Coded GREEN, are best suited for AC Tig welding applications. Pure Tungsten, Green, AWS Class EWP, AC welding applications. Least expensive of all electrodes. Applications: aluminum and magnesium alloys.THORIATED Tungsten Color Code RED, YELLOW, or ORANGE, are best suited for DC Tig welding applications.2% Thoriated, Red, AWS Class EWTH-2, DC welding applications. The most common type of electrode used today. Applications: carbon & stainless steel, nickel alloys and titanium.

2% Thoriated, Red, AWS Class EWTH-2, DC welding applications. The most common type of electrode used today. Applications: carbon & stainless steel, nickel alloys and titanium.

It is a low carbon, medium heavy coated, rutile based, 188 austenitic stainless steel electrode. Controlled ferrite content of 3-7% gives maximum resistance to cracking, corrosion and at high temperatures upto 800 OC. The weld metal has excellent creep strength and is of radiographic quality. The electrode operates equally well on AC or DC (+) current. The electrode is noted for arc stability, low spatter loss and easy strikingrestriking properties. Applications Welding of 188 stainless steels such as AISI 301, 302, 304 and 308. Welding of Hospital apparatus, Aircraft frames, apparatus for Nitric acid, Acetic acid, Milk and Soap industries etc

Submerged Arc Welding Wire EL-8 is a copper coated mild steel electrode for Submerged Arc Welding (SAW) of mild and medium carbon structural steels.

A heavy coated, iron powder, deep penetration electrode for butt & fillet welds. Steels up to 14 mm thickness can be welded without edge preparation of bevelling. To achieve production targets electrodes can be used at higher current and faster speed.Deposition efficiency approx. 103%. Can be used only in flat and horizontal position. The deposited weldmetal is of Radiographic quality. Applications Welding of Heavy structures, Bridges, Tanks, Shipdeck plates by deep penetration technique thus eliminating beveling anf refilling of the groove. Penetration beyond the root for depositing fillet weld.

A medium coated, rutile type, general purpose electrode, with excellent ductility and good penetration. Designed for welding in all positions. Applications : Structures, Steel Furniture's, Storage Tanks, Truck Bodies, Building Construction, steel Window Frames, Grills, Trailers, Pipelines etc.

Low Hydrogen Electrodes a heavy coated, all position, low hydrogen type electrode for the welding of medium high tensile structural steels, joining and surfacing of high strength steels such as Carbon Steel upto 0.4% C, Manganese Steel upto 2.0% Mn and Chromium Steel upto 0.4% C and 0.6% Cr. PREMIER-7016 is highly recommended for use on structures subject to impact and dynamic loading under severe service conditions.

A high efficiency, contact welding type, ACDC electrode for joining low carbon steel structures, sheet metal assemblies. Characteristics Electrode has easy arc strike and arc stability. Weld deposits are smooth, shiny and with good wash. Slag is easy to detach. Smooth and quiet arc eliminates burn through and warpage in this sheet welding. Applications Sheet metal work, frames, storage tanks, pipelines and fixtures etc.

It is a heavy coated, all position, low hydrogen type electrode which gives extremely smooth arc, medium penetration, least spatter with an easily removable slag. Deposition efficiency is about 115%. Electrode is specially designed for high impact values at sub-zero temperatures. It can also be used on mild steel applications where the structures have to withstand sub-zero temperatures. It is recommended to use minimum possible heat input while welding Applications Structural steels, Low alloy steels, Low temperature steels, High carbon steels, Rails, Wagons, Bridges, Boilers, Pressure vessels, Tanks, Ship-building, Cranes, Machine building, for joining seals, speed rings and spiral casings of turbines, joining alloy steels such as Si-Mn, heat treated steels containing Ni. upto 1.0%. For heavy joints under restraint and subject to dynamic loading.

The air carbon arc process is flexible, efficient, and cost effective on practically any metal; carbon steel, stainless steel and other ferrous alloys; gray, malleable and ductile cast iron; aluminum; nickel; copper alloys and other nonferrous metals. Single-phase machines with low open-circuit voltage may not work for air carbon arc gouging (CAC-A). However, any three-phase welding power source of sufficient capacity may be used for air carbon arc gouging. The arc voltage used in air carbon arc gouging and cutting ranges from a low of 35 to a high of 56 volts; thus the open-circuit voltage should be at least 60 volts. The actual arc voltage is governed by arc length and the type of gouging. For most applications CAC-A is used with DCEP (reverse polarity). The electrode should extend at most 7 inches from the gouging torch with the air jet between the electrode and workpiece.

A flux cored wire suitable for all position welding with higher deposition rate than solid wire. The wire produces high quality welds & gives stable arc with very low spatter & excellent slag detachability.

A flux cored wire suitable for all position welding with higher deposition rate than solid wire. The wire produces high quality welds & gives stable arc with very low spatter & excellent slag detachability.

Consumable electrode for gas metal arc welding of mild steels. Used to butt and fillet weld mild and medium strength structural steels, pressure vessels and pressure piping steel s, sheet steel and steel tubing in all positions. Used under shielding gas, typically A rgon, CO2 or m ixtures.

FORTECAST-CN is a light coated electrode with graphite based coating for welding cast iron without preheating. The electrode gives a Nickel-Copper (Monel) weld deposit which is easily machinable. The electrode is suitable for welding in flat, horizontal, vertical and overhead positions. The electrode operates equally well on AC and DC. It has a soft and stable arc, easy striking and restriking properties, easy slag removal and provides good colour matching with parent metal.

The air carbon arc process is flexible, efficient, and cost effective on practically any metal; carbon steel, stainless steel and other ferrous alloys; gray, malleable and ductile cast iron; aluminum; nickel; copper alloys and other nonferrous metals. Single-phase machines with low open-circuit voltage may not work for air carbon arc gouging (CAC-A). However, any three-phase welding power source of sufficient capacity may be used for air carbon arc gouging. The arc voltage used in air carbon arc gouging and cutting ranges from a low of 35 to a high of 56 volts; thus the open-circuit voltage should be at least 60 volts. The actual arc voltage is governed by arc length and the type of gouging. For most applications CAC-A is used with DCEP (reverse polarity). The electrode should extend at most 7 inches from the gouging torch with the air jet between the electrode and workpiece.

Aluminum wires and rods for welding alloys with maximum 2% alloying elements and for aluminum alloys containing upto 7% of Si. Excellent flow ability and penetration characteristics. Applications in the construction sector and in the automotive industry

Tensile Strength : 120 N/mm2