MSA Safety FAQs: Products, Fire Extinguishers, Alarms & More

Your MSA Safety Questions Answered – No Fluff, Just What You Need

I've been in the industrial safety space for over a decade – coordinating PPE orders, helping safety managers spec the right gear, and troubleshooting last-minute alarm issues during facility turnarounds. In my role, I've seen the same questions pop up again and again. Below are the ones I get most often, answered with real-world perspective. (Note to self: I should really compile this into a permanent reference guide.)

1. What products does MSA Safety offer?

MSA Safety – often called “The Safety Company” – covers just about every major PPE category you'd need on a job site. Their core products include head protection (the V-Gard hard hat is a classic, and they've got the Skullgard for high-heat environments), gas detectors (like the ALTAIR series), fall protection harnesses and lanyards, fire extinguishers, respiratory protection (SCBA for firefighters), safety glasses, and ladder safety systems. They also make thermal imaging cameras and atmospheric monitoring gear. If you're managing a safety budget and want one vendor that can handle multiple hazard categories, MSA is a solid choice – I've used them across construction, oil & gas, and fire service accounts.

2. Who is on MSA Safety's board of directors?

This one comes up more than you'd expect, usually when procurement teams are vetting a supplier's leadership stability. As of early 2025, MSA Safety's board includes industry veterans like Nishan Vartanian (CEO), Lee McChesney (former CFO of Carpenter Technology), and Dr. Adriana Karaboutis (board member of multiple tech firms). The full list is public on their investor relations page. What I can tell you from experience: a company's board composition often correlates with how seriously they take compliance and innovation. MSA's board has a strong mix of safety domain experts and financial discipline – a good sign when you're committing to a long-term PPE contract. (Personally, I wouldn't worry about board changes unless there's a sudden turnover; stability there usually means consistent product quality.)

3. What is a Type K fire extinguisher, and where do I need one?

Type K extinguishers are designed specifically for commercial kitchen fires – think grease, oil, cooking fats. They use a wet chemical agent that smothers and cools the flames. Per NFPA standards, any commercial kitchen with deep fryers or high-temperature cooking equipment must have a Type K within 30 feet of the potential fire source. I've seen restaurants get shut down during health inspections because they only had ABC extinguishers in the kitchen (ugh, costly mistake). If you're a safety manager for a food processing plant or a restaurant chain, budget for a few Type K units near each fry station. They're not cheap – expect $150–$250 each – but the cost of a kitchen fire is way higher than that. (In my opinion, skimping on fire extinguisher type is one of the most dangerous corners you can cut.)

4. How do I stop a fire alarm from beeping?

This might sound like a simple question, but I've had panicked calls at 2 AM from facility managers who can't get the system to quiet down. First, identify the cause: low battery? Most smoke detectors chirp every 30–60 seconds when the battery is dying – change it. If it's a false alarm caused by steam or dust, you can usually silence it by pressing the “hush” button (if equipped) for 3–5 seconds. For hardwired systems, check the panel: look for a “silence” or “acknowledge” button. But here's the key: never disable an alarm permanently. I once had a client try to stop the beeping by disconnecting the system – they missed a real fire later that week. The consequence? A $50,000 loss and an OSHA violation. If you can't figure it out, call your alarm company or a certified electrician. The cost of a service call beats the risk of no alarm.

5. What does “board on board fence” mean in a safety context?

Honest question – I get asked this occasionally by construction site supervisors. “Board on board” is actually a fencing style where vertical boards are placed with no gaps between them, unlike a standard picket fence that has spacing. In industrial safety, solid board-on-board fencing is often used for perimeter security around hazardous areas (chemical storage, high-voltage equipment) because workers can't see through it and are less likely to be distracted. It also provides a solid barrier against wind-blown debris. If you're specifying site fencing for a safety project, board-on-board is a good option for privacy and containment – but make sure it meets your local building codes for height and wind load. (From my experience, chain-link with slats is cheaper, but board-on-board lasts longer in harsh weather.)

6. How do I choose between MSA's V-Gard and Skullgard hard hats?

This is a classic debate among safety pros. The V-Gard is the all-rounder – lightweight, ANSI Type I compliance, good for general construction and industrial use. The Skullgard is designed for high-heat environments like steel mills, foundries, or firefighting. It's rated for continuous exposure up to 350°F (177°C) and meets Type II standards for lateral impact. The price difference is noticeable: V-Gard runs about $20–$30, Skullgard around $60–$80. But if you're working near molten metal or open flames, the extra cost is justified. I've seen a worker in a V-Gard take a slag splash – the shell cracked, and he got a second-degree burn on his scalp. That $40 savings cost him weeks off work. My rule: match the hazard, not the budget. (In my opinion, you should always spend more on head protection when heat is a factor.)

7. Are MSA gas detectors worth the premium over cheaper alternatives?

I'll be direct: gas detectors are life-safety devices. You don't want the cheapest one. MSA's ALTAIR series is known for reliability in harsh conditions – I've used them in below-freezing temps and high-humidity environments without false readings. The sensors last 3–5 years with proper calibration. Cheap knockoffs might save $200 upfront, but I've seen them fail a bump test within six months (unfortunately). Plus, MSA has a robust service network – you can get calibration gas and replacement sensors fast. That matters when you have a crew waiting to enter a confined space. Over my career managing safety equipment for 150+ job sites, the total cost of ownership for premium detectors is lower because of fewer repairs and downtime. The way I see it, you're not paying for the brand; you're paying for the peace of mind that the alarm will go off when it should.

8. What's the proper way to dispose of expired fire extinguishers?

This one usually comes up during annual safety audits. First, check the manufacturer's label – many extinguishers are designed to be reused after recharging. If it's past its service life (usually 12 years for stored-pressure, 6 years for cartridge-operated), or if the cylinder is damaged, you can't just throw it in the trash. Fire extinguishers are considered hazardous waste in many states. Options: contact a local fire equipment service company (they'll recharge or recycle it), take it to a hazardous waste collection event, or check with your fire department – some accept old extinguishers. I learned this the hard way when our facility got a $2,500 fine for improper disposal (note to self: triple-check regs before tossing anything pressurized).

Got a question I didn't cover? Drop it in the comments or ask your MSA Safety rep – they're usually pretty good about answering quickly.