- Dec 13, 2017 -
Model NO.: E9018-B3
Material: Low Alloy Steel
Electrode Coating Type: Low Hydrogen Potassium
Stainless Steel Welding Rod Type: Alloy Steel
Welding Power: AC or DC
Yield Point MPa: ≥330
Package: Depend on Customers Requirement
Specification: 2.5X300MM, 3.2X350MM, 4.0X400MM, 5.0X400MM
HS Code: 83111000
Type: E (Carbon Steel Electrodes/ Low Alloy Steel Electrodes)
Welding Core Type: Alloy Structural Steel
Slag Characteristic: Alkaline
Function: Low Hydrogen Type Electrode
Product Name: Low Alloy Welding Electrode
Model: Aws E8015-G
Welding Position: All Position
Delivery Time: 15-20 Days
Certificate: ABS Lr Gl CCS
Transport Package: 5kg/Box, 4boxes/Carton, 50cartons/Pallet
low alloy steel aws a5.5 e10015-d2 e8015-g permanent welding electrodes/300-450mm length electrode welding rod
Low alloy steel electrode is low hydrogen iron powder type,low alloy welding rod, For Welding of Low Alloy Steels Structure of Same Grade.
Our products are included AWS E7015-C2L(2), E9015-G, E8015-G, E9016-C1(3), E9016-D1, E10015-D2, E10015-G, E10015-G(2), E12015-G, E12015-G(2).
Low alloy steel welding electrode AWS E8015-G mainly used in welding of medium carbon steel structures and low alloy steel structures.
1. The oil stains and rust on the welding should be cleared away.
2. Pls use stainless steel brush cleaning bead to avoid iron mied affacting weld quality.
3. Pls Dry 60 minutes at 300-350oC before welding.
4. Take out a small quantity into 100-150oC drying cylinder, when operation.
5. Do not carry electrode over half-day using quantities.
6.When swing the electrode, swing width should be within 2.5 times of the electrode diameter.
7. Try to keep short arc and low current, in order to reduce creazing and improve toughness.
AWS E9018-B3 is a kind of low hydrogen sodium type welding electrode, suitable for fabricating equipments of chemical and petroleum industries as well as high temperature, high pressure pipes, which is fabricated by Cr2.5Mo low alloy and work temperature lower than 550o C
|Chemical Composition of Deposited Metal(%)|
|Typical Mechanical Properties of Deposited Metal|
|Yield Point Rel(Mpa)||Tensile Stregth Rm(Mpa)||Elongation A(%)||AKv Value (J)|