E7014 is the iron powder rod most farm and hobby welders should be running instead of 6013. It is a general-purpose 70,000 PSI electrode with iron powder in the rutile coating, which gives it a fast, smooth drag arc and a higher deposition rate than 6013 while putting down a noticeably stronger weld. It runs on AC, DCEP, and DCEN, so it works on every stick welder ever built, including the cheap AC-only buzz boxes that choke on 7018. For brackets, trailers, equipment repair, and shop fabrication that doesn’t carry a code stamp, 7014 is the rod that lets you go fast without fighting the arc.
The honest caveat up front: 7014 is not a low-hydrogen rod and it is not a 7018 substitute. The “1” in the classification means all-position iron powder titania, not low-hydrogen. On structural steel, pressure work, or medium and high-carbon steel where hydrogen cracking is a risk, 7014 does not belong. Reach for 7018 instead.
What Does the E7014 Designation Mean?
E7014 is classified under AWS A5.1, the Specification for Carbon Steel Electrodes for Shielded Metal Arc Welding:
- E = Electrode
- 70 = 70,000 PSI (480 MPa) minimum tensile strength
- 1 = All-position (flat, horizontal, vertical, overhead)
- 4 = Iron powder titania (rutile) coating, AC/DCEP/DCEN
The “4” is the part that separates 7014 from its cousins. It tells you the coating is rutile based, like 6013, but loaded with iron powder. That iron powder melts into the puddle along with the core wire, so each rod deposits more metal per inch of travel. It also stabilizes the arc and thickens the slag, which is why 7014 feels so planted and easy to drag.
Compare that to the position digit on 7024, which is a “2” for flat and horizontal only. 7014 carries the “1,” so it keeps all-position capability that 7024 gives up in exchange for an even heavier iron powder load.
E7014 Mechanical Properties
| Property | AWS A5.1 Minimum | Typical Value |
|---|---|---|
| Tensile Strength | 70,000 PSI (480 MPa) | 72,000 - 80,000 PSI |
| Yield Strength | 58,000 PSI (400 MPa) | 60,000 - 68,000 PSI |
| Elongation (2") | 17% min | 20 - 25% |
| CVN Impact (-20F) | Not required | Low, varies by maker |
Tensile and yield match the 7018 minimums, which is the whole point of moving up from 6013. The difference shows up in the last two rows. The 17% elongation minimum is lower than 7018’s 22%, and AWS A5.1 does not require CVN impact testing for 7014 at all. Translation: the weld is strong enough to carry load on non-critical work, but it does not have the proven ductility or low-temperature toughness you would want under dynamic loading or in cold service. That is one more reason it stays off code joints.
E7014 Amperage Chart by Rod Diameter
| Rod Diameter | Amperage Range (AC/DC) | Typical Material Thickness |
|---|---|---|
| 5/64" (2.0 mm) | 50 - 90A | 16 ga to 1/8" |
| 3/32" (2.4 mm) | 80 - 125A | 1/8" to 3/16" |
| 1/8" (3.2 mm) | 110 - 160A | 3/16" to 1/4" |
| 5/32" (4.0 mm) | 150 - 210A | 1/4" and up |
| 3/16" (4.8 mm) | 200 - 275A | 3/8" and up |
These are starting points, not gospel. Set your amperage in the middle of the range for your diameter, run a test bead on scrap of the same thickness, and adjust to the puddle and the manufacturer’s printed range on the box. Your machine’s actual output, the joint type, and your travel speed all shift the sweet spot. The site’s general guidance applies here: treat any published setting as a place to begin and verify it against your machine and the rod maker’s data.
A useful rule of thumb on a single rod choice: 1/8" 7014 around 120 to 130 amps covers a large share of everyday 3/16" to 1/4" shop and farm work.
How Do You Run E7014?
7014 is a drag rod, like 7018 and 7024. The iron powder coating wants to ride on the work, so you do not float a long arc the way you would with 6010.
- Set amperage to the middle of the range for your diameter.
- Strike the arc with a quick scratch or tap, the way you light a match. It starts easily.
- Tilt the rod 5 to 15 degrees back from the direction of travel (a drag angle).
- Keep the arc short, roughly one core-wire diameter, and let the coating nearly touch the work.
- Drag at a steady pace. Watch the slag line trail about half an inch behind the puddle.
In flat and horizontal, the rod almost runs itself. The thick rutile slag floats up, covers the bead, and peels off cleanly, often in one strip on a flat fillet. The bead comes out smooth with fine ripples and a slightly convex profile.
Vertical and overhead: 7014 carries the all-position “1,” so it will go uphill and overhead, but it is not as comfortable out of position as 7018 or 6011. The iron powder makes the puddle fluid, so drop to the low end of the amperage range and keep your motion tight. Many welders who own both will tack and run flat work with 7014 and switch to 7018 or 6011 once the joint turns vertical or overhead.
Polarity: On DCEP you get the most penetration and the cleanest bead. DCEN runs a touch cooler with higher deposition. AC sits in between and is what most buzz-box owners will use. All three work, which is the rod’s big practical advantage.
When Does 7014 Beat 6013?
7014 and 6013 are close relatives. The “4” iron powder coating on 7014 is the same idea as 6013’s rutile coating with iron powder packed in. That changes the math in a few concrete ways.
You get 70 ksi tensile instead of 60 ksi, so the weld is genuinely stronger on the same joint. You get a higher deposition rate, so a fillet fills in fewer passes and you spend less time per joint. And the arc is even smoother and more planted because the iron powder steadies it. For trailer frames, equipment brackets, fence and gate work, and general repair on 3/16" and thicker mild steel, 7014 does the same job as 6013 faster and stronger.
Where 6013 still wins is the very thin end. 6013 comes in 1/16" and 5/64" diameters with a softer, lower-penetration arc that is more forgiving on 18 to 20 gauge sheet, where 7014 wants to burn through. If most of your work is sheet metal and light gauge, keep 6013 around. For everything above about 16 gauge, 7014 is usually the better single rod. The full comparison logic for picking between rutile rods sits in the E6013 beginner rod guide.
When Is 7018 Required Instead of 7014?
This is the line that matters, so it gets its own section. 7014 and 7018 are both 70 ksi rods, and that surface similarity fools people into swapping one for the other. They are not interchangeable.
7014 is not low-hydrogen. Its rutile iron powder coating holds bound moisture, and that moisture releases hydrogen into the weld metal as it solidifies. On mild steel doing light duty, that is rarely a problem. On medium and high-carbon steels, hardenable steels, and thick highly restrained joints, dissolved hydrogen is the mechanism behind underbead and delayed cracking. 7018’s low-hydrogen coating exists specifically to keep that hydrogen out.
7014 is also not pre-qualified for structural work under AWS D1.1, the Structural Welding Code for Steel. Any joint governed by a building code, bridge standard, or a welding procedure specification (WPS) that calls for a low-hydrogen electrode rules 7014 out. The acceptance call on code work belongs to the WPS, the engineer of record, and a Certified Welding Inspector, not to whatever rod happens to be in the holder.
So the short version: structural, load-bearing, pressure, code-governed, or anything on hardenable or high-carbon steel calls for 7018. The deeper specs are in the E7018 specifications and storage guide. When you need the fastest possible flat-position deposition and can give up out-of-position capability, the E7024 flat-position speed rod is the iron powder rod that goes further than 7014 on flat plate.
Common Mistakes with 7014
Treating it as a 7018 stand-in: The most common and most dangerous mistake. Same 70 ksi number, completely different rod. 7014 is not low-hydrogen and not code-qualified. Don’t grab it for structural or pressure work because the box says 70.
Running it too hot on thin sheet: A 1/8" 7014 at 140 amps on 16 gauge will blow holes. Step down to a 5/64" rod and the low end of its range, or use 6013, when the metal gets thin.
Floating a long arc: 7014 is a contact-style drag rod. A long arc spoils the smooth deposition the iron powder gives you and brings on porosity and spatter. Keep it short and let the coating ride.
Skipping inter-pass cleaning: The thick rutile slag covers the bead well, but it can trap slag inclusions at stops, starts, and inside multi-pass fillets if you do not chip and brush between passes. Clean every pass and inspect before you weld over it.
How Should You Store 7014?
7014 is not a low-hydrogen electrode, so it does not need a rod oven the way 7018 does. Store it at room temperature in a dry place with the can or box sealed. In normal shop conditions, opened rods are good for months. In a humid climate, a sealed container with desiccant extends the usable life.
If the coating feels damp, looks discolored, or starts flaking off the core wire, the moisture has done its damage. Discard those rods. Damp 7014 runs with extra spatter, porosity, and ragged slag, and the easy arc you bought the rod for disappears.
Common Brands
- Lincoln Electric: Fleetweld 47
- ESAB: Sureweld 7014
- Hobart: 7014 (retail and farm-store channels)
7014 is widely stocked at farm stores and welding distributors in 5/64" through 3/16" diameters, which is part of why it is the rod so many rural and hobby welders actually reach for. Price at time of writing runs in the same general range as 6013 and 7018 per pound, so cost is rarely the deciding factor between them.
For the full lineup and a side-by-side of every common rod, see the stick electrodes selection guide and the printable electrode selection chart for picking a rod by base metal, position, and joint.