Stainless Steel Electrode-(Superinox 1B)-Size:3.15X350MM (*Customisation Available*)

*Stainless Steel Electrode-(Superinox 1B)-Size:3.15X350MM
*Welding stabilized Cr-Ni steels such as AISI 321, 321H, 347, 347H
*Fabrication of equipments in refineries, power plants, centrifugal pump impellers and shafts, valve faces, seats
*Fabrication of boiler and gas turbine
*Welding of stainless steel tanks, valves, pipes in food, chemical and petrochemical industries
*Suitable for material no. 1.4300, 1.4301, 1.4306, 1.4308, 1.4310, 1.4541, 1.4543, 1.4550, 1.4552, 1.4878, 1.6905
*Rutile based coating
*Resistance to cracking and embrittlement
*Resistance to intergranular corrosion and scaling upto 850°C
*19/10/Nb stabilized weld deposit
*Smooth operating characteristics
*All position capability
*Radiographic quality weld
*Rutile coated austenitic stainless steel electrode conforming AWS class of SFA 5.4 E347-16

Applications :

Welding electrodes are one of the most commonly used materials in numerous manufacturing, construction, automobiles, and sometimes in even domestic applications. Usually constructed with highly conductible metal wires coated with specialized chemicals, they support the high-temperature welding arcs and form the base material for welding joints or melting activities for metal fusion purposes. It’s not a rare sight to pass by construction shops or automobile repair and maintenance garages without spotting two-three people wearing masks and working with an eye-numbing glare on some metal plates.

Well, not all welding electrodes are the same. There are a lot of variations flocking the market and usually, the electrode used depends upon the material to be welded, the procedure and the infrastructure to be utilized, and the end output desired. Here are some of the most commonly used of the entire electrode lot

These widely used, flexibly applied electrodes primarily consist of two segments—the core material (wire, rod, metal, etc) and the coating on the same. Mild steel electrodes are usually coated with high quality but low carbon steel deposits. These electrodes have considerable tensile, yield strength and can sustain a long-standing arc and are mostly applied in the welding processes of mild steels, galvanized and low alloy steels. Industries such as in manufacturing, automobile repairing usually use mild steel electrodes.