Forney 1/8 In. D X 14.6 In. L Mild Steel Low-Hydrogen Welding Rods 84000 Psi 5 Lb

The Forney 30685 7018 AC Mild Steel Low Hydrogen Welding Rod produces quality results on lower amperage welders. Suitable for all positions on hard enable steels without pre-heating. Good for cold rolled steels that do not react well with conventional rod. Low hydrogen content reduces cracking. 1/8-Inch ie.3.175 mm diameter rod. 5-Pounds ie.2.26 kg. Tensile strength 70,000 PSI. Amperage 90-165 Amps AC, DCEP, DCEN Either Polarity. Typical Spec Example E6011: E is for electrode. The next two numbers ie.60, 70 or 80 indicates the tensile strength of the rod for example 60,000. The third number tells the welding position; ie.1=All position ie.2=Flat or Horizontal position ie.4=Flat, Horizontal, Overhead and Vertical Down position. The fourth number indicates the type of current to be used and coating of the rod; ie.0=Cellulose Sodium, with deep penetration, use Direct Current Electrode Positive ie.1=Cellulose Potassium, with deep penetration, use AC or Direct Current Electrode Positive, or Direct Current Electrode Negative ie.3=Titania Potassium, with light penetration, use AC or Direct Current Electrode Positive ie.8=Low Hydrogen, Iron Powder, with medium penetration use AC or Direct Current Electrode Positive. Claims for warranty must be made within 90 days of the date of purchase. Proof of purchase required. This warranty does not cover any product that has been subject to misuse, neglect, negligence or accident, or that has been used in any way contrary to the purpose intended.

“Low Hydrogen” welding rods easily produce quality results on smaller amperage AC/DC welders.

It is suitable for all positions on hardenable steels where no pre-heat is used and on cold rolled steels normally exhibiting excessive porosity when welded with conventional rod.

The low hydrogen content reduces cracking and peeling of the weld material

Features excellent restart capability.

Designed for welding low, medium and high carbon steels as well as some higher strength low alloy steel