ESAB® AtomArc® 7018, 5/32 Low Hydrogen Stick Electrodes, 50 LB

ESA5/32 7018

ESAB® AtomArc® 7018, 5/32 Low Hydrogen Stick Electrodes, 50 LB

Item Code: ESA5/32 7018
Catalog Number 255012023
Minimum quantity 50

Fetching product details


Description

Designed for a variety of industrial applications, the AtomArc® 10018-M1 stick electrodes from ESAB offer exceptional performance in the field of welding. With a diameter of 3/16" and a tensile strength of 672 MPa, these low hydrogen and low alloy electrodes are perfect for use in demanding environments such as railcars, ship and barge building, and civil construction. They operate effectively within an amperage range of 130 to 220 amps, ensuring versatility across multiple welding processes. Packaged in a hermetically sealed can, these electrodes maintain their quality and reliability, making them an excellent choice for professionals in automotive, bridge construction, and general fabrication industries.

Specifications

  • Brand : ESAB
  • Category : Low Hydrogen Electrodes

ESAB® AtomArc® 7018, 5/32 Low Hydrogen Stick Electrodes, 50 LB

ESA5/32 7018

ESAB® AtomArc® 7018, 5/32 Low Hydrogen Stick Electrodes, 50 LB

Item Code: ESA5/32 7018
Catalog Number 255012023
Minimum quantity 50

Fetching product details


Description

Designed for a variety of industrial applications, the AtomArc® 10018-M1 stick electrodes from ESAB offer exceptional performance in the field of welding. With a diameter of 3/16" and a tensile strength of 672 MPa, these low hydrogen and low alloy electrodes are perfect for use in demanding environments such as railcars, ship and barge building, and civil construction. They operate effectively within an amperage range of 130 to 220 amps, ensuring versatility across multiple welding processes. Packaged in a hermetically sealed can, these electrodes maintain their quality and reliability, making them an excellent choice for professionals in automotive, bridge construction, and general fabrication industries.

Specifications

  • Brand : ESAB
  • Category : Low Hydrogen Electrodes
SEARCH ×