Suitable for welding C-1/2 Mo low alloy and high tensile steels in high-temperature applications such as boilers, turbines, pressure piping, and oil refining. Electrodes should be dried at 250°C for 1-2 hours.
An all positional, medium heavy coated, iron powder type, low hydrogen electrode depositing radiographic quality welds which are highly resistant to hydrogen induced cracking. Weld beads are smooth and spatter level is low. Works well on AC & DC.
ASME SFA 5.1, E7018
IS 814-04, EB 5426 H3JX
C: < - 0.08
Mn: 1.20 - 1.60
Si: < - 0.50
P:< - 0.03>
S:< - 0.0025>
UTS: 520 - 610 N/mm²
YS: 400 - 560 N/mm²
Elongation: 22% Min (L=4d)
Reduction of Area: 55 - 75%
+27°C: 140 Min
-29C: 90 - 100
-46°C:40 -80
2.5mm: 60 - 90A
3.15mm: 90 - 130A
4.0mm: 130 -170A
5.0mm: 170 -230A
2.50 x 350 | 3.15 x 350 | 4.00 x 450 | 5.00 x 450
BIS , IBR
Each Box Contains 8 Cartons
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+91 74189 99678An ideal electrode for all types of fabrications and general engineering works. It can be used in areas such as shipbuilding, wagon building, storage tanks, etc.
Low hydrogen welding electrodes with superior impact resistance at room and sub-zero temperatures. Ideal for high-pressure piping, blast furnaces, heavy fabrication, penstocks, bridges, pressure vessels, cranes, steel gears, and loco frames.
Suitable for welding ferritic steels of 13 to 17% Chromium. For welding of AISI types: 301, 302, 304, and 308. Used for building up surfaces of pump impellers, shafts, and other components in chemical plants, machinery, food, and dairy plants.
Suitable for welding AISI 309 type steels, joining stainless to low alloy and carbon steels. Used for build-up and overlaying mild steel to increase wear resistance. Helps build up worn out parts of heat-resisting steels.