Yes. The Fibre-Metal E1RW (SuperEight) is a full-brim hard hat built with a thermoplastic HDPE shell designed to withstand high temperatures, making it well suited to demanding environments like foundries, refineries, and heavy industry. It carries an ANSI/ISEA Z89.1 Type I, Class E rating, uses the SuperEight™ 8-point suspension for stability, and adds a 360° padded sweatband and a wheel-ratchet headband for all-day comfort. The full brim provides extra protection from sun, rain, and falling debris around the neck and shoulders. It ships fully assembled with free shipping from Industrial Safety Products.

The Fibre-Metal E1RW01A000 meets or exceeds ANSI/ISEA Z89.1, Type I, Class E. Type I certifies protection against impacts to the top of the head, and Class E is the highest electrical class, providing dielectric (non-conductive) protection against electrical hazards. It is also TAA compliant.

Yes. The Fibre-Metal E1RW is a Class E hard hat, the highest ANSI/ISEA Z89.1 electrical class, which provides dielectric (non-conductive) protection for work near energized conductors. Its solid, non-vented shell is consistent with electrical-rated head protection.

SuperEight™ is Fibre-Metal's 8-point suspension system built into the E1 hard hat. It uses eight load-bearing points to stabilize and balance the hat during everyday wear, and it functions as an impact energy control system: on impact it dissipates force by breaking it into smaller increments and spreading it over a greater area. It pairs with a 360° padded sweatband and a wheel-ratchet headband for a secure, comfortable fit.

Top impacts only. The Fibre-Metal E1RW is an ANSI/ISEA Z89.1 Type I hard hat, meaning it is certified to reduce force from impacts to the top of the head. It is not a Type II helmet, so it is not certified for lateral (side) impact protection. Workers who specifically need side-impact protection should choose a Type II safety helmet instead.

The Fibre-Metal E1RW is one size (OS) and adjusts with a wheel-ratchet headband that lets you dial in a head-hugging fit quickly and easily, with multiple headband positions. A 360° padded sweatband adds comfort around the full circumference of the head, and the SuperEight™ 8-point suspension keeps the hat balanced. It comes fully assembled.

The E1RW SuperEight full brim series is available in a wide range of colors — White, Black, Gray, Red, Orange, Yellow, Green, Dark Blue, Blue, Hi-Vis Orange, and Hi-Vis Yellow. The E1RW01A000 SKU is the White version. Selected colors ship as stock, and additional colors are available as made-to-order.

A full brim hard hat like the Fibre-Metal E1RW has a brim that goes all the way around, so it shields the face, ears, and neck from sun, rain, and falling debris — not just the front like a cap-style hat. It keeps the same ANSI/ISEA Z89.1 Type I, Class E protection and the SuperEight™ 8-point suspension, so you gain 360° coverage without giving up impact or electrical ratings. It's a popular choice for outdoor, utility, and electrical work.

The Fibre-Metal E1RW shell is made of thermoplastic HDPE, engineered to withstand high temperatures, which makes it suitable for hot, demanding environments. The smooth-crown design houses the SuperEight™ suspension, and the shell is non-vented. Thermoplastic hard hats like this are chosen where heat resistance and easy cleaning matter.

Yes. Industrial Safety Products (industrialsafetyproducts.com) sells the Fibre-Metal E1RW01A000 with optional custom logo imprinting. Logo printing is priced per location — for example, $6.60 per location for a single color or $10.90 per location for up to four colors — on up to four locations (front, back, and right and left sides). It requires a minimum order of 20 hard hats and a set-up fee may apply; orders below the minimum ship as non-logo items. Free shipping is included.

No. The Fibre-Metal E1RW is a non-vented, smooth-crown full brim hard hat. The solid (non-vented) shell is what allows its Class E dielectric rating for electrical hazard protection — vented hard hats cannot carry a Class E rating because the openings would make the shell electrically conductive.