Product description
100 cal/cm2 ATPV rating
100 cal/cm2* coat is made from TuffWeld® and Q/9® material layers
Sewn with Nomex® thread
32” long
Nomex® wristlets.
Expansion back for added comfort
FR hook & pile storm flap
Coats are intended to be used with PRO-HOODS
Meets current ASTM F1506 and NFPA 70E standards.
All are CE 0120 certified.
*Important : NFPA 70E does not have a Hazard Risk Category above 40 cal/cm2. Working on levels above 40 cal/cm2 should be avoided because of the blast hazards caused by arc flash.
100 cal/cm2* coat is made from TuffWeld® and Q/9® material layers
Sewn with Nomex® thread
32” long
Nomex® wristlets.
Expansion back for added comfort
FR hook & pile storm flap
Coats are intended to be used with PRO-HOODS
Meets current ASTM F1506 and NFPA 70E standards.
All are CE 0120 certified.
*Important : NFPA 70E does not have a Hazard Risk Category above 40 cal/cm2. Working on levels above 40 cal/cm2 should be avoided because of the blast hazards caused by arc flash.
Related products (4)
Salisbury Arc Flash 100 Cal Coat ACC100RG
In stock(Ships today)
Quantity: | Unit Price ($) |
| 1+ | $995.00 |
| Quantity | Unit Price ($) |
| 1+ | $995.00 |
In stock
(Ships today)
Product description
100 cal/cm2 ATPV rating
100 cal/cm2* coat is made from TuffWeld® and Q/9® material layers
Sewn with Nomex® thread
32” long
Nomex® wristlets.
Expansion back for added comfort
FR hook & pile storm flap
Coats are intended to be used with PRO-HOODS
Meets current ASTM F1506 and NFPA 70E standards.
All are CE 0120 certified.
*Important : NFPA 70E does not have a Hazard Risk Category above 40 cal/cm2. Working on levels above 40 cal/cm2 should be avoided because of the blast hazards caused by arc flash.
100 cal/cm2* coat is made from TuffWeld® and Q/9® material layers
Sewn with Nomex® thread
32” long
Nomex® wristlets.
Expansion back for added comfort
FR hook & pile storm flap
Coats are intended to be used with PRO-HOODS
Meets current ASTM F1506 and NFPA 70E standards.
All are CE 0120 certified.
*Important : NFPA 70E does not have a Hazard Risk Category above 40 cal/cm2. Working on levels above 40 cal/cm2 should be avoided because of the blast hazards caused by arc flash.
Related products (4)
