MSA Skullgard Cap-Style Hard Hat, Fas-Trac III Suspension - Type II, Class E High-Heat Helmet
EDITORIAL REVIEW: 4.5/5 WC Safety Review — MSA Skullgard Cap Style Hard Hat, Fas-Trac III Suspension Editorial assessment by the WC Safety Editorial Team, based on published MSA Safety specifications and category ...
Check Price on Amazon🔒 Amazon Associate · You pay the same price · We earn a small commission
Editorial assessment by the WC Safety Editorial Team, based on published MSA Safety specifications and category fit. We did not laboratory-test this product.
MSA Skullgard Cap-Style Hard Hat, Fas-Trac III Suspension - Type II, Class E High-Heat Helmet Overview
The MSA Skullgard Cap-Style Hard Hat with Fas-Trac III suspension is a Type II, Class E helmet engineered for high-heat industrial work. Its phenolic (Garolite-style) shell resists the radiant and ambient heat found in steel mills, foundries, smelting operations, and heavy welding shops, where standard polyethylene hats can soften or distort. The cap-style brim gives a short front shade for overhead clearance and an unobstructed upward line of sight.
As a Type II hat, the Skullgard is impact-tested at both the crown and the sides (lateral impact), not just the top. Its Class E (Electrical) rating means the non-conductive shell is dielectric-tested to 20,000 volts, so it can be worn around energized electrical hazards. Because Class E shells are non-vented by definition, this helmet is not vented and should never be confused with a Class C/vented model. See our hard hat classes explained guide if you need to confirm the right class for your hazard.
The 4-point Fas-Trac III ratchet suspension dials in a secure fit with one hand using the rear adjustment knob, and the crown straps spread impact energy across the headband. The suspension is replaceable, so the cradle can be swapped without retiring the shell. For step-by-step fitting, see how to adjust a hard hat suspension.
This Skullgard sits in our broader cap-style hard hats range alongside the rest of our hard hats lineup. If you need a wider all-around brim instead, browse our full-brim hard hats, or compare modern helmet-style options in safety helmets. Not sure where to start? The hard hat selection guide walks through type, class, brim, and suspension.
Service life and replacement: Check the date code molded inside the shell at purchase. Per OSHA 1910.135, a hard hat must be removed from service and replaced after any impact, and following MSA's stated shell/suspension service-life intervals or any sign of cracking, chalking, or UV degradation.
What It Is Built For
| Use case | Fit | Buyer guidance |
|---|---|---|
| Steel mills, foundries & smelting | Excellent | The high-heat phenolic shell is the Skullgard's core purpose - it resists radiant and ambient heat that softens standard HDPE hats. |
| Welding & hot work | Excellent | Heat-tolerant shell handles spark and radiant exposure; pair with a welders-lug version if you need to mount a flip-front shield. |
| Electrical & utility work near energized parts | Excellent | Class E dielectric shell is tested to 20kV - appropriate where contact with energized conductors is a risk. |
| General construction & industrial | Good | Type II top + lateral impact protection covers most overhead and side-strike jobsite hazards in a compact cap profile. |
| Hot outdoor work needing airflow | Poor | This is a non-vented Class E shell. For airflow choose a Class C vented model from our vented hard hats collection instead. |
| Maximum sun, rain & debris shielding | Limited | The cap brim only shades the front; for 360-degree coverage choose a full-brim hard hat. |
A hard hat protects only if it fits and is in date. Match the impact type (Type I top-only vs Type II top + lateral) and electrical class (Class E 20kV / G 2.2kV / C conductive — never wear Class C near electrical) to the hazard. Adjust the suspension for a snug, level fit, inspect the shell and suspension before each use, and replace at the manufacturer date code (shells about 5 years, suspensions about 12 months from first use, and immediately after any impact). OSHA 29 CFR 1910.135 / 1926.100 requires head protection where objects may fall. See how to adjust a hard hat suspension and hard hat classes explained.
Pros & Cons
- High-heat phenolic shell rated for foundry, steel-mill and welding environments where standard HDPE hats fail
- Type II construction adds lateral (side/front/rear) impact protection, not just top impact
- Class E shell is dielectric-tested to 20,000 volts for work near energized electrical hazards
- One-hand Fas-Trac III ratchet suspension for fast, secure, repeatable fit adjustment
- Cap-style profile gives overhead clearance and clear upward sightlines in tight spaces
- Replaceable suspension extends usable shell life and lowers long-term cost
- Non-vented by design (Class E) - no airflow for hot, low-voltage outdoor work
- Cap brim only shades the front, not 360 degrees like a full-brim model
- Heavier and pricier than a basic HDPE hat because of the specialty high-heat shell
- Must be replaced after any impact and per the date-code service life under OSHA 1910.135
How It Compares
All three are MSA-family high-heat or cap-style options. Choose by accessory needs and whether you want a full-brim alternative within the MSA range.
| Model | Type / Class | Brim | Best for |
|---|---|---|---|
| MSA Skullgard Cap Style, Fas-Trac III (this hat) | Type II / Class E | Cap | High-heat steel, foundry & welding work needing overhead clearance |
| MSA V-Gard H2 full-brim safety helmet | Type II / Class E | Full brim | Modern helmet-style fit with chinstrap and 360-degree brim coverage |
| MSA V-Gard H2 Pro with Fas-Trac III | Type II / Class E | Helmet | Premium helmet platform with Fas-Trac III when you want added rotational-impact tech |
Need a non-MSA cap-style point of comparison? The Bullard S61 cap-style hard hat is a standard HDPE alternative, and the Klein Tools KARBN non-vented full-brim Class E hard hat covers full-brim electrical use.
Specifications
| Brand / Model | MSA Safety Skullgard, Cap Style |
| ANSI/ISEA Type | Type II (top + lateral impact) |
| ANSI/ISEA Electrical Class | Class E (Electrical, tested to 20,000 V) |
| Brim Style | Cap style (short front brim) |
| Suspension | Fas-Trac III, 4-point ratchet |
| Shell Material | High-heat phenolic (Garolite-style) |
| Vented | No (non-vented; required for Class E) |
| Accessory Slots | Standard MSA slotted shell for compatible accessories |
| Standard | ANSI/ISEA Z89.1-2014; OSHA 1910.135 |
Related Resources
hard hats cap-style hard hats full-brim hard hats vented hard hats safety helmets hard hat selection guide hard hat classes explained how to adjust a hard hat suspension bullard s61 cap style hard hat hdpe 4 po msa v gard h2 full brim safety helmet wi
Frequently Asked Questions
Is the MSA Skullgard cap-style hard hat Type I or Type II?
It is a Type II hard hat, meaning it is impact-tested for both top (crown) and lateral (side, front, and rear) strikes per ANSI/ISEA Z89.1-2014, not top impact alone.
What electrical class is the Skullgard, and how much voltage is it rated for?
It is Class E (Electrical). Class E shells are dielectric-tested to 20,000 volts, so the helmet is appropriate for work near energized electrical hazards.
Is this hard hat vented?
No. It is non-vented, which is required for its Class E electrical rating - any vent holes would defeat the dielectric protection. If you need airflow, choose a Class C vented model from our vented hard hats collection.
What makes the Skullgard a high-heat hard hat?
The shell is a phenolic (Garolite-style) composite that resists the radiant and ambient heat found in steel mills, foundries, smelting, and welding shops, where standard high-density polyethylene hats can soften or distort.
What suspension does it use and how do I adjust it?
It uses MSA's 4-point Fas-Trac III ratchet suspension. You tighten or loosen it one-handed with the rear ratchet knob. See our how-to-adjust-a-hard-hat-suspension guide for fitting steps.
Is the cap-style brim better than a full-brim?
Cap style gives a short front shade with better overhead clearance and upward visibility, ideal in tight spaces. A full-brim adds 360-degree sun, rain, and debris shielding. Compare options in our full-brim hard hats collection.
Can I use this hard hat for welding?
Yes - the heat-tolerant shell suits welding and hot work. If you need to mount a flip-front welding shield, look for the Skullgard version with welders lugs.
Is the Skullgard ANSI approved?
It is built to ANSI/ISEA Z89.1-2014, the current U.S. hard hat standard. Always confirm the marking molded inside your specific shell at delivery.
When do I have to replace this hard hat?
Replace it after any impact, and at the end of MSA's stated shell and suspension service life. Check the date code molded inside the shell, and follow OSHA 1910.135. Retire the hat immediately if you see cracks, chalking, or UV damage.
Where is the date code and why does it matter?
The manufacture date code is molded into the underside of the shell. It tells you how old the shell is so you can track service life and replace the helmet before the material degrades.
Does it fit accessories like face shields or earmuffs?
It uses MSA's standard slotted cap shell, which accepts compatible slot-mounted accessories. Confirm the specific accessory is listed as MSA-cap compatible before ordering.
How does this compare to the MSA V-Gard H2 safety helmet?
Both are Type II, Class E. The Skullgard is a high-heat cap-style hard hat for foundry and welding work; the V-Gard H2 is a modern full-brim safety helmet with a chinstrap. See the linked V-Gard H2 product page to compare.
Written by Steven Eaton, WC Safety Editorial. Specifications sourced from MSA Safety published data. Compare the range in hard hats.
WC Safety is an independent PPE retailer and Amazon Associate; no paid placement. Match the product to your specific hazard and follow your site PPE program.
Customer Reviews
Write a Review
Thank you for your review!
Your submission has been received and will be published after verification.