MSA Skullgard Full-Brim Hard Hat with Fas-Trac III Suspension | 350°F Radiant Heat Protection | White

Overview

The MSA Skullgard full-brim hard hat blends rugged durability with practical comfort for demanding environments. Its phenolic shell delivers a sturdy, heat-tolerant shell, while a smooth crown simplifies the use of welding equipment and accessories. Designed for general purposes and elevated heat scenarios, it offers reliable protection without sacrificing wearer comfort.

Heat resistance and materials

Built to perform where temperatures rise, this helmet withstands radiant heat loads up to 350°F. The phenolic shell provides a resilient barrier that supports long shifts in tough settings, while the overall construction emphasizes durability and dependable visibility.

• Type I (top impact) helmet with Class G protection per ANSI/ISEA Z89.1-2014
• Fully third-party tested and SEI-certified
• Date codes molded into the underside of the brim for traceability
• 27+ color and reflective stripe options plus custom logos

Comfort and fit

The Fas-Trac III suspension is the result of broad user input, delivering a more comfortable wear over long periods. Features include flush rear lug attachments to minimize pressure points, and a three-level nape strap adjustment that helps you tailor the fit. A contoured ratchet comfort pad enhances airflow and reduces hair snagging at the back of the head.

• Three levels of nape strap adjustment for a tailored fit
• Contoured ratchet pad improves airflow and comfort
• Flush rear lugs reduce pressure points during movement
• Standard size in white with straightforward on/off and compatibility with MSA welding gear

Versatility and use cases

Designed for a broad range of industries, Skullgard helmets excel in steel mills, welding, construction, open-pit mining, oil and gas refineries, rubber manufacturing, and steam tunnels. The combination of heat resistance, durable construction, and a comfortable suspension supports everyday use in demanding environments.

Note: Date codes are molded into the shell underside to help with manufacturing traceability; service life begins when the helmet is placed into service.