High Tensile Strength Low Hydrogen Radio-graphic Welding Electrode

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High Tensile Strength Low Hydrogen Radio-graphic Welding Electrode Specification

Usage
Used to weld high tensile steel.

Product Type
Mechanical

Length
350 Millimeter (mm)

Size
5.0 - 350

Material
Mild Steel

Diameter
5 Millimeter (mm)

Opening Pattern
AC

Welding Current
70 - 230 Amps

Working Temperature
150 Celsius (oC)

High Tensile Strength Low Hydrogen Radio-graphic Welding Electrode Trade Information

Minimum Order Quantity
5 Boxes

FOB Port
Mumbai, Kolkata

Payment Terms
Cash Against Delivery (CAD), Cheque, Letter of Credit at Sight (Sight L/C), Telegraphic Transfer (T/T), Western Union, Paypal, Cash in Advance (CID), Cash Advance (CA)

Supply Ability
4 Boxes Per Week

Delivery Time
1 - 2 Week

Sample Available
Yes

Sample Policy
Sample costs shipping and taxes has to be paid by the buyer

Packaging Details
Box

Main Export Market(s)
Australia, North America, South America, Eastern Europe, Western Europe, Middle East, Africa, Asia, Central America

Main Domestic Market
All India

Certifications
3rd Party Certificate

About High Tensile Strength Low Hydrogen Radio-graphic Welding Electrode

The High Tensile Strength Low Hydrogen Radiographic Welding Electrode is meticulously engineered for joining high tensile steel, ensuring superior weld quality and robust structural integrity. Designed for precision and durability, it operates seamlessly with AC opening patterns and supports welding currents ranging from 70 to 230 amps. This electrode is crafted from premium mild steel and demonstrates excellent performance at a working temperature of 150C. Available in lengths of 450mm and 350mm and diameters of 5mm, it provides versatility across various welding projects. With a size specification of 5.0 - 350, this welding electrode is ideal for demanding industrial applications, delivering consistent results while minimizing weld defects. Suitable for exporters, manufacturers, service providers, and suppliers aiming for excellence in metal fabrication and joining solutions.