MSA Topgard Protective Yellow Full Brim Hats

MSA Topgard Protective Full Brim Hats with Fas-Trac Suspensions Yellow

$44.00 $37.00

(You save $7.00)

Item #:: x-475387
UPC:: 7.21405E+11
Availability:: Usually Ships within 1 business day
Weight:: 2.00 LBS

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Description

MSA Topgard^® Full Brim Style Electrical Hard Hats
Yellow

The MSA Topgard™ protective full brim hard hats come with a FAS-TRAC^® suspension, so it will only take seconds to adjust the fit. If you’re looking for hard hats with dielectric properties, then you’ll like these products. They perform very well in industrial settings but can be used for a wide range of applications.

These MSA slotted caps are actually designed for utility workers. They provide superior top impact protection, so you can work in dangerous environments and know that your head is adequately protected. These hard hats are also designed to protect your head against a wide range of temperatures, but they don’t provide as much thermal protection as our Skullgard™ caps.

Since they’re lightweight and durable, they’re especially useful for utility workers. A typical utility worker is always on the move and needs head protection that is lightweight and protective. Utility workers are frequently confronted by dangerous electrical hazards, so they need hard hats that won’t conduct electricity.

The MSA Topgard™ hats have dielectric properties, and since they’re very comfortable, they can be worn for many hours at a time. A FAS-TRAC^® suspension lets you make quick adjustments. The Topgard™ hats even have slots for accessories.

Features Include:
Comfortable and lightweight Has slots for accessories Can be worn backwards and remain compliant FAS-TRAC^® suspension for quick adjustments Sizes: standard (6-1/2” to 8”) Slotted for use with MSA accessories and non-slotted available Available with 1-Touch^® Suspensions Complies with ANSI Z89.1, 2014, Type 1 Class E & G Standards. MSA V-Gard with Fast Trac Suspensions Complies with Canada Z94.1-2005 The Topgard^® caps can be worn backwards and still meet the standards for the ANSI/ISEA Z89.1-2014 ruling.