ESAB VacPac 7018-1 Prime Stick Electrodes

Name: ESAB VacPac 7018-1 Prime Stick Electrodes
Brand: ESAB
SKU: ESA55042430G0
Price: 19.96 USD
Availability: InStock

By ESAB

ESAB VacPac 7018-1 Prime Stick Electrodes

By ESAB

$19.96 USD

$19.96 USD ~~$21.71 USD~~

SKU: ESA55042430G0

Electrode Diameter

3/32" 1/8" 5/32"

Pack Size

4 Pounds 24 Pounds

Product variants

Quantity

Description

ESAB 7018-1 Prime is a reliable, high-quality electrode, providing high deposition rate and extra low moisture absorption. It provides excellent welding pool control, minimal spatter level, good arc strike and easy slag removal making it easy to weld with, including in out-of-position welding. Particularly suitable for welding high strength low-alloy steels. The low-temperature impact strength of the weld metal should be noted.

The prevention of hydrogen induced cracking in thick structural steels or porosity in stainless or nickel-base weld metal, by controlling the moisture re-absorption in the coating of low hydrogen electrodes, can be very costly. In demanding applications, such as offshore fabrication, the cost of climate controlled storage and handling and the associated administrations are often calculated to exceed the cost of the consumables itself. With ESAB 7018-1 Prime VacPac vacuum packaging, these costs are completely avoided.

True 100% hermetically-sealed package
No re-baking, no holding ovens, no quivers
Safe welding after opening
Cost savings through simplified storage and handling
Reduced risk of hydrogen cracking or porosity
Easier for welders to carry
Shift-based pack sizes available

Properties

Typical Tensile Properties

Condition - As Welded
Elongation - 28%
Tensile Strength - 85.6 ksi
Yield Strength - 72.5 ksi

Typical Charpy V-Notch Properties

Condition	Impact Value	Testing Temperature
As Welded	77.4 ft/lb	-49°F
As Welded	73.7 ft/lb	-58°F

Approvals	ABS; 3Y H5; SB; BV; 3Y H5; SB; CWB; E4918-1-H4; SB; DNV-GL; 3Y H5
Classifications	SFA/AWS A5.1; E7018-1H4 R; SFA/AWS A5.1; E7018H4 R; CSA W48; E4918-1-H4; EN ISO 2560-A; E 46 5 B 32 H5