What is E6010 good for?
E6010 is used for deep penetration welding, while E 7018 is used for welding metal that tends to crack, producing quality welds with excellent toughness and high ductility. Usually, both electrodes are used together in various industrial applications (pipelines welding, storage tanks, etc.).
What is one characteristic of an E6010 electrode?
What is one characteristic of an E6010 electrode? Deep penetration into the base metal.
What is unique about the 6010 electrode?
A weld puddle that wets out well, yet cools quickly. This “fast freezing” attribute makes E6010 electrodes especially suitable for welding overhead. Operators like E6010 electrodes because the molten metal stays in the joint and doesn’t fall down on them as much compared to other all-position electrodes.
What does the 0 mean in E6010?
E6010 electrode Specification & classification E means SMAW or stick welding electrode. The next two digits (6 & 0) 60 state the tensile strength of weld metal, as 60 KSI or 60000 psi.
Why do some welders not run 6010?
Modern stick welders won’t run E6010 electrodes because they do not have the right components to stabilize the aggressive arc these electrodes create. All welders must have big inductors, output enough welding voltage, and inverter welders must include suitable software to handle the whole procedure.
What is E6010 in welding?
Welding Current The “E” indicates an arc welding electrode. The first two digits of a 4-digit number and the first three digits of a 5-digit number stand for tensile strength. For example, E6010 means 60,000 pounds per square inch (PSI) tensile strength and E10018 means 100,000 psi tensile strength.
What is a E6010 electrode?
Pinnacle Alloys E6010 is a quick-starting, cellulosic mild steel electrode with outstanding arc stability, penetration, and wash-in. It is ideal for welding in all positions and produces an X-ray quality weld with light slag that’s easy to remove.
What does the 1 in electrode number E6010 represent?
The third digit represents the welding position(s) for which the electrode can be used. For example, 1 means the electrode can be used in all positions and 2 means it can be used on flat and horizontal fillet welds only.
What type of electrode is an E6010?
DESCRIPTION: Pinnacle Alloys E6010 is a quick-starting, cellulosic mild steel electrode with outstanding arc stability, penetration, and wash-in. It is ideal for welding in all positions and produces an X-ray quality weld with light slag that’s easy to remove.
What is the polarity used for E6010 electrodes?
E6010 or E4310 or E383C21 stick welding electrodes are used with DCEP (electrode positive) or Reverse polarity only & designed only for DCEP. Welding with AC or DCEN will result in an unstable arc and poor welding finish for the weld beads.
What category of electrodes is E6010 in?
What is the difference between E6010 and E6011?
In E6010, the arc stabilizer is sodium, and in E6011 it is potassium (both in the first column, check them out!). That’s pretty much the biggest difference in the formulation between these electrodes, but the consequences are huge.
What are the strengths of the E6010?
The E6010 has very strong points, and these strong points include its strengths, excellent penetration, the inherent capability to handle poor fit-up and rust, and its fast-freezing puddle.
What type of material is E6010 made of?
The coverings of E6010 are primarily highly cellulose type (mostly paper pulp), usually exceeding 30% by weight.
What does E6010 mean in welding?
E6010 electrode Specification & classification E6010 electrodes are classified according to ASME Section IIC, 5.1 Specification for Carbon steel electrodes for Shielded metal arc welding or E4310 as per CSA W48 or SFA 5.1M. Similar to other welding electrodes, each digit in E6010 electrode have its own meaning.
What is the ampere range of E6010 electrodes?
For example, a 1/8-inch E6010 rod runs well from 70 to 130 ampere, while a 3/16 inch E6010 rod welds at currents up to 225 ampere. These electrodes have been designed for use with DCEP (electrode positive).