FR Welding Coveralls | 100% Cotton

Description

Size:2XL RG  |  Color:NAVY Product Description LAPCO's 9-Ounce flame resistant coveralls are made from 100-Percent flame resistant navy cotton. These fire retardant coveralls feature two needle top stitching around sleeves, legs and inseams, a top stitched collar, bi swing back, carpenter loops and pencil pocket on one sleeve. Zipper front with two top snaps. Two open pockets on front and back. No elastic on waist. Our flame resistant line is made with fabric from Carolina Performance. All fabric is guaranteed fire retardant for the life of the garment. A LAPCO flame resistant tag is visible on all of our flame resistant products. LAPCO's premiere line of flame resistant clothing, including flame resistant coveralls, is designed to keep welders, electric utility, oil and gas and other industrial workers safe in the unlikely event of a flash fire, electric arc or some other accident. Flame resistant clothing like flame resistant coveralls reduce burn injuries, help ensure adequate time to escape a fire and improve chances of survival in a true catastrophe. From the Manufacturer LAPCO's 9-Ounce flame resistant coveralls are made from 100-Percent flame resistant navy cotton. These fire retardant coveralls feature two needle top stitching around sleeves, legs and inseams, a top stitched collar, bi swing back, carpenter loops and pencil pocket on one sleeve. Zipper front with two top snaps. Two open pockets on front and back. No elastic on waist. Our flame resistant line is made with fabric from Carolina Performance. All fabric is guaranteed fire retardant for the life of the garment. A LAPCO flame resistant tag is visible on all of our flame resistant products. LAPCO's premiere line of flame resistant clothing, including flame resistant coveralls, is designed to keep welders, electric utility, oil and gas and other industrial workers safe in the unlikely event of a flash fire, electric arc or some other accident. Flame resistant clothing like flame resistant coveralls reduce burn injuries, help ensure adequate time to escape a fire and improve chances of survival in a true catastrophe.