Your Go-To Guide to Firefighting Structural Gloves

In 2023, an estimated 63,175 firefighters were injured in the line of duty in the United States-and fireground operations were where they were most likely to get hurt. NFPA Studies of firefighter PPE show that the hands are the single most common site of burn injury, accounting for around 37% of burns, which makes what you put on your hands a lot more than a comfort choice. PMC When you’re forcing a door, pulling ceiling, or trying to work a radio with sweat and steam pouring off you, the quality and fit of your firefighting structural gloves can be the difference between staying in the fight or getting sidelined.

Yet gloves are still the piece of PPE most firefighters “make do” with wrong size, poor grip, fingers too long, linings that pull out-killing dexterity and quietly increasing risk on every call. The good news is there are now NFPA-compliant firefighting structural gloves built with smarter sizing, better materials, real moisture and pathogen barriers, and designs tested by working firefighters in live burns, not just in a lab.

This blog post is your practical,  guide to firefighting structural gloves, how they work, what to look for, how to size them correctly, and how to choose the right models for your crew so your hands stay protected and ready on every job.

What Are Firefighting Structural Gloves?

Firefighting structural gloves are gloves built specifically for interior and structural fire work. That means:

• High heat and flame exposure
  
• Steam, water, and chemicals
  
• Sharp edges, broken glass, and twisted metal
  
• Blood and other bodily fluids
  

Because of that, these gloves must:

• Protect against heat and flame
  
• Resist cuts, abrasions, and punctures
  
• Block water, chemicals, and bloodborne pathogens
  
• Still give you enough dexterity to run tools, radios, and couplings
  

Most modern structural gloves are certified to NFPA 1971, which sets minimum standards for:

• Thermal protection (how much heat they can handle)
  
• Moisture and pathogen barriers
  
• Back-of-hand protection (where firefighters often get burned)
  
• Sizing, labeling, and testing
  

If your gloves are not NFPA 1971 certified, they should not be used as primary firefighting structural gloves on the fireground.

Why Proper Fit Matters More Than Anything

Bad fit ruins good gloves.

Even the best glove design fails if it doesn’t fit your hand. Poorly fitted firefighting structural gloves cause:

• Lost dexterity
  
• Weak grip on tools and hose
  
• Faster hand fatigue
  
• Higher risk of burns and crush injuries
  

How NFPA Sizing Works (Simple Version)

NFPA moved away from “Small, Medium, Large, XL” labels and now uses a more exact system based on:

1. Index finger length (tip to base)
   
2. Hand width (across your knuckles on the back of your hand)
   

These two measurements are matched to NFPA sizes like:

• 64N, 64W, 64XW
  
• 70N, 70W, 70XW
  
• 76N, 76W, 76XW
  
• 82N, 82W, 82XW, 82XXW
  

Where:

• The number (64 / 70 / 76 / 82) relates to overall hand size
  
• The letter (N / W / XW / XXW) relates to hand width
  

Good manufacturers take this further with short-finger and long-finger options so you can get both length and width dialed in.

Quick Fit Check: Is Your Glove Wrong?

Your glove is probably the wrong size if:

• The fingertips bend or flop because there’s empty space at the end
  
• The palm bunches up with extra material
  
• You struggle to press radio buttons or operate small switches
  
• You feel hot spots or pressure points when you make a fist
  
• The lining pulls out or twists when you take them off
  

How to Size Your Hands (Step-by-Step)

You don’t need fancy tools. A tape measure and a pen will do.

1. Measure index finger length
   
   • From the tip of your index finger to the base where it meets your hand
     
   • Measure to the nearest millimeter or 1/16″
     
2. Measure hand width
   
   • Across your knuckles on the back of your hand (not including the thumb)
     
   • Again, to the nearest millimeter or 1/16″
     
3. Check the sizing chart
   
   • Match those two numbers to the NFPA sizing grid from the manufacturer
     
   • If you’re between sizes, consider how you work:
     
     • Need more dexterity? Lean toward the snug but safe size
       
     • Need more insulation in brutal heat? Lean slightly toward more internal air space
       

Get this right and you instantly unlock more control, better grip, and safer hands.

Key Features to Look For in Firefighting Structural Gloves

Not all firefighting structural gloves are built the same. Here’s what actually matters when you’re choosing a pair.

1. Heat and Flame Protection (TPP and Layers)

Look for:

• TPP (Thermal Protective Performance) of 60+ or more
  
• Multi-layer thermal systems, often including:
  
  • Thermo-protective layers on the back of the hand and thumb
    
  • Aramid non-woven fabric (for heat and cut resistance)
    
  • High-density aramid linings
    

These layers work together to trap air, slow heat transfer, and keep you from burning when you’re gripping a hot tool or nozzle in high-heat conditions.

2. Moisture and Pathogen Barrier

A good structural glove should have a moisture barrier that:

• Blocks water, steam, chemicals
  
• Stops bloodborne pathogens and viruses
  
• Stays waterproof even after repeated washing
  
• Remains breathable so your hands don’t cook from the inside
  

Modern gloves often use FR (flame-resistant) polyurethane membranes such as Porelle® P540, which are:

• Thin and flexible
  
• Heat tested to high temps
  
• Able to stay waterproof and protective over time
  

If the barrier fails, your glove becomes heavier, colder, and more dangerous in contaminated environments.

3. Dexterity and Grip

None of the protection matters if you can’t use your hands.

Look for firefighting structural gloves with:

• Anatomical 3D cuts that follow the natural curve of your hand
  
• Pre-curved fingers that feel “broken in” out of the bag
  
• Well-designed fingertips that let you:
  
  • Press radio buttons
    
  • Adjust SCBA straps
    
  • Use saw controls
    

The shell matters too:

• Back: split or top-grain cowhide for heat and abrasion resistance
  
• Palm: grain or textured leather for grip in wet and dry conditions
  
• Fourchettes (between fingers): Nomex® fabric for flexibility and added heat protection
  

You should feel like you can confidently hold a nozzle or Halligan even when your gloves are soaking wet.

4. Cuff Style: Gauntlet vs Wristlet

You’ll see two main styles of firefighting structural gloves:

• Gauntlet cuffs
  
  • Longer, cover more of the wrist and forearm
    
  • Good for maximum coverage and easy don/doff
    
• Wristlet cuffs
  
  • Knit or para-aramid wrist portion
    
  • Tighter seal with your coat sleeve
    
  • Help keep debris and embers out
    

Pick based on your turnout gear, SOPs, and personal preference. Many departments run both options so firefighters can choose what works best for their assignment.

5. PFAS-Free Construction

More departments are asking for PFAS-free PPE where possible. Some newer firefighting structural gloves:

• Use leather and barriers without intentional PFAS treatments
  
• Still meet NFPA 1971:2018 standards
  
• Still deliver high TPP and strong performance
  

If your department is reviewing PPE for long-term health concerns, ask if your glove options are PFAS-free or low-PFAS while still certified.

Structural vs Extrication Gloves: Know the Difference

Structural and extrication gloves are not interchangeable.

Structural gloves:

• Built for live fire, high heat, and steam
  
• Thicker, more insulated
  
• Designed around NFPA 1971
  

Extrication / technical rescue gloves:

• Built for glass, metal, sharp edges, and heavy tools
  
• Focus on cut resistance and dexterity, not high-heat flame exposure
  
• Often lighter and more flexible
  

You should not rely on extrication gloves as your primary firefighting structural gloves inside a burning structure. Use each type where it was designed to be used.

How to Choose the Right Structural Gloves for Your Crew

Here’s a simple, actionable process you can use.

Step 1: Define the Main Use

Ask:

• Are these for interior attack and overhaul?
  
• For backup crews and training?
  
• For mixed structural and rescue work?
  

Primary interior attack gloves should have:

• NFPA 1971:2018 certification
  
• TPP 60+
  
• Full moisture/pathogen barrier
  
• Proven aramid thermal layers
  

Step 2: Decide on Cuff Style

• If your department wants max coverage and quick changes, go gauntlet.
  
• If you want a tight, sealed interface with sleeves, go wristlet.
  

Some crews choose gauntlets for officers and wristlets for interior firefighters, but that’s up to your policy.

Step 3: Commit to Proper Sizing

Do NOT guess sizes.

1. Measure every firefighter’s index finger length and hand width.
   
2. Match each firefighter to the correct NFPA size (64N-82XXW etc.).
   
3. Order a few extra sizes for trial and swap.
   

The payoff is big: fewer complaints, fewer injuries, better tool control.

Step 4: Look for Real-World Features

When comparing firefighting structural gloves, check for:

• Lining that is anchored at the fingertips so it doesn’t pull out
  
• Brushed aramid linings for more trapped air and heat protection
  
• Leather treated for heat, water, and abrasion
  
• Clear care instructions (machine wash temp, drying method, etc.)
  

Step 5: Field Test Before Large Orders

If possible:

• Order a small batch in mixed sizes
  
• Put them through live burns, hose work, ladders, and saw operations
  
• Collect honest feedback from interior crews
  

Then standardize on the models and sizes that perform best under real conditions.

Care and Maintenance Tips

Even the best firefighting structural gloves will fail early if you don’t take care of them.

Basic Cleaning

• Follow the maker’s washing instructions (often up to about 104°F / 40°C)
  
• Use mild detergent only
  
• Do not use bleach
  
• Do not tumble dry unless the manufacturer says it’s allowed
  
• Hang dry to protect the leather and the moisture barrier
  

After Heavy Use or Contamination

• Wash after contact with blood, bodily fluids, fuel, or chemicals
  
• Check seams, fingertips, and palms for cuts, cracks, or delamination
  
• If the barrier is compromised or the leather is badly damaged, retire the glove
  

Recordkeeping

For department gear:

• Keep a basic log of issue date and retire date
  
• Note major exposure events (structure fires, chemical incidents)
  
• Rotate gloves if possible to avoid wearing out one pair too quickly
  

Conclusion: Choosing the Right Firefighting Structural Gloves

In conclusion, firefighting structural gloves are not just another line item on your gear list, they’re a critical safety system that protects your hands from heat, flame, sharp edges, chemicals, and bloodborne pathogens while still giving you the dexterity to run tools, radios, and hose lines. Getting the size right using NFPA-style measurements (finger length and hand width), choosing the right cuff style for your turnout setup, and understanding key features like TPP ratings, moisture barriers, PFAS-free construction, and 3D anatomical cuts all add up to better control, less fatigue, and fewer injuries on the fireground. When you combine proper fit, proven certification, and good care and cleaning habits, your firefighting structural gloves will work with you instead of against you on every call.

Ready to Gear Up with Holik Gloves?

If you’re looking to upgrade your firefighting structural gloves, Holik gives you the kind of protection and performance that actually shows up on the ground, high TPP, solid moisture and pathogen barriers, PFAS-free options, and real-world dexterity that doesn’t vanish the second things get hot and wet. With structural models like Brenna and Tarren (in both gauntlet and wristlet styles) plus dedicated extrication gloves, you can outfit your crew with gloves that match how they really work instead of forcing them into a one-size-fits-all solution.

Hunter Apparatus is your trusted Holik dealer and can help you pick the right models, dial in NFPA sizing for your crew, and put together quotes that make sense for your department. If you’re serious about protecting your hands and improving performance on every alarm, reach out to Hunter Apparatus and start spec’ing Holik Gloves for your next glove replacement or PPE upgrade cycle.