If you’ve ever stood on a job site, warehouse floor, or automotive shop floor watching someone fumble with a wrench, duck their head to avoid a falling steel bracket, or snap a glove back on after a heavy tool slips, you know one thing: impact-resistant gloves aren’t a “nice-to-have” — they’re non-negotiable. As a supplier who’s spent 12 years sourcing, testing, and refining these gloves for industries from construction to aerospace, I get asked at least a dozen times a week: “Are there actual certifications for these things, or is it just marketing fluff?” Impact-resistant Gloves
It’s a fair question. Walk down any work gear aisle online, and you’ll see everything from “heavy-duty impact gloves” to “industrial grade impact protection” with no clarity on what any of that actually means. Let’s cut through the noise. For impact-resistant gloves, certifications aren’t just stickers — they’re proof that a glove has been tested to withstand the exact types of blunt force, sharp blows, and vibration that lead to the hand injuries we see all too often.
First, Let’s Define “Impact” Here
Before we dive into certifications, it’s worth grounding this in what we’re actually protecting against. A hammer glancing off your knuckle is way different from a falling 10-pound tool hitting your palm, or repeated vibration from a jackhammer wearing away at your nerves over a shift. Most impact glove certifications test for blunt impact (sudden, high-force blows) and, increasingly, vibration (long-term, low-force force that causes injury over time). The worst part? According to the U.S. Bureau of Labor Statistics, 100,000+ hand impact injuries are reported annually in the U.S. alone, most from falling objects, moving machinery parts, or repetitive tool use. That’s why these certifications exist: to make sure the gloves you buy will actually hold up when something goes wrong.
The Most Widely Recognized Certifications (And What They Actually Test)
Not all certifications are created equal. Some are industry-specific, some are global, and some are just self-reported marketing claims. Here are the only ones I’d put my own team’s hands in, because they’re backed by third-party testing and strict performance thresholds.
ANSI/ISEA 138-2019 (U.S. Standard, The Gold Standard for Impact Gloves)
If you’re in the U.S. and asking about impact glove certifications, this is the first name you’ll hear, and for good reason. The American National Standards Institute (ANSI) and International Safety Equipment Association (ISEA) released the 138 standard in 2019, and it’s the only U.S. standard that specifically measures impact resistance for gloves. Before 2019, there was no formal, consistent test for impact gloves in the U.S. — manufacturers could say “impact resistant” with little proof.
Here’s how the test works: Labs use a standardized impact tester that drops a calibrated, weighted mass from a set height onto the knuckle area of the glove (the part that takes most blunt impact). The test measures how much force is transferred through the glove to the “hand” dummy underneath. If the transferred force is below a certain threshold, the glove passes. If not? It gets a fail.
The standard also grades impact resistance into levels: Level 1, 2, 3, and 4, with 4 being the highest. For example, a Level 4 glove has to transfer less than 7.5 Newtons of force during the test, which means it can handle the hardest, most forceful impacts. I can’t tell you how many gloves we’ve turned away because they only hit a Level 1 — that’s fine for light jobs, but not for a construction crew working with framing lumber or heavy machinery.
One thing to note: ANSI 138-2019 doesn’t test for everything. It doesn’t cover cut resistance, puncture resistance, or vibration, so a glove might pass ANSI 138 for impact but still need extra layers for other hazards. That’s why we always pair ANSI impact testing with other tests when our customers need multi-hazard protection.
CE EN 388 (Global Standard, Common in Europe and Beyond)
If you’re working with international teams, or sourcing gear for overseas operations, you’ve probably seen the CE mark on safety gear. The CE marking means the product meets standards set by the European Committee for Standardization (CEN), and for work gloves, the key standard here is EN 388. This standard tests for multiple mechanical hazards: abrasion, cut, tear, puncture, and impact. Wait — impact is included here, but it’s a separate test within EN 388, not the main focus.
For impact testing under EN 388, the test is similar in some ways to ANSI 138, but it’s not identical. It also measures force transfer during a blunt impact, and rates impact resistance on a scale from 0 to 5, with 5 being the highest. A lot of our European customers specify EN 388 Level 5 impact for their teams, which makes sense for jobs like automotive assembly where tools slip repeatedly.
One thing to keep in mind with EN 388: the impact rating is part of a broader panel of tests, so a glove might have a high impact rating but a low cut rating, which is important to match to your exact job.
ISO 10819 (Vibration Resistance, For Repetitive Tool Use)
Here’s a certification that a lot of people overlook, but it’s a game-changer for anyone using power tools all day long — think jackhammers, angle grinders, or pneumatic nail guns. The ISO 10819 standard tests for vibration transmission through gloves, which is critical because long-term exposure to hand-arm vibration syndrome (HAVS) is a real, permanent injury that causes numbness, pain, and reduced dexterity.
ISO 10819 grades gloves into two groups: Group A (low vibration transmission) and Group B (medium). A lot of our customers in road construction and manufacturing ask specifically for ISO 10819-certified gloves because their teams use jackhammers for 8+ hour shifts, and HAVS isn’t something to take lightly. This certification is separate from impact testing, so even if a glove is ANSI or CE certified, it’s worth checking for ISO 10819 if vibration is a hazard on your site.
Other Certifications (That Matter For Specific Industries)
Depending on your industry, you might run into other certifications that tie into impact resistance, even if they’re not dedicated to it. For example, NFPA 1911 is for wildland firefighting gloves, which need to withstand impact from falling branches, debris, and extreme heat, in addition to other hazards. For aerospace, there’s ASTM F2878, which covers gloves for aircraft maintenance, including impact from heavy parts and tools. These aren’t general impact glove certifications, but they’re critical if you’re in a specialized industry.
What About “Self-Certified” Gloves? The Fine Print
I get it — sometimes you see gloves advertised as “impact resistant” with no third-party certification, and they’re cheaper. Before you grab that deal, let’s talk about what that usually means. A lot of manufacturers will do their own in-house testing, which isn’t standardized, and call it “certified.” The problem is, in-house testing can be adjusted to give the results the manufacturer wants. We once tested a glove that claimed “ANSI Level 2 impact resistance” — but when we sent it to a third-party lab, it barely hit Level 1, because the manufacturer only tested the top layer of the glove, not the full glove on a hand dummy.
Another red flag: gloves that use terms like “industrial impact” or “heavy impact” with no mention of a standard. If it doesn’t reference ANSI 138, CE EN 388, or ISO 10819, it’s not backed by a third party that’s independent from the glove maker. At our company, we stopped carrying any glove that doesn’t have at least one of these certifications, because we’ve seen too many injuries from gloves that failed when they should have protected the wearer.
How Certifications Work For Real-World Use Cases
Let’s break this down by industry, because one size doesn’t fit all. If you’re a general contractor, your crew is dealing with falling framing, hammer impacts, and occasional use of power tools. For that, ANSI 138 Level 2 or 3 gloves with a CE EN 388 impact rating are perfect — they balance impact protection with dexterity, so workers can still handle small parts without fumbling.
If you’re a mechanic working on car engines, where tools slip under tight spaces, ISO 10819-certified vibration-resistant gloves with EN 388 impact Level 4 are a must, because you’re dealing with repeated, sharp impacts from wrenches and power tools.
If you’re a wildland firefighter, you need NFPA-certified gloves that not only have impact resistance but also withstand heat and punctures from branches. That’s a whole different bar than a standard construction glove.
A Quick Note on Common Misconceptions
I’ve heard a lot of myths about impact glove certifications over the years, so let’s clear a few up:
- Myth: All certified impact gloves are bulky and reduce dexterity.
Reality: Modern certifications have pushed manufacturers to balance protection and flexibility. A lot of our ANSI 138 Level 3 gloves are thin enough to tie your shoes or use a smartphone without taking them off. - Myth: The highest level certification is always best.
Reality: Over-protection is a thing. If you’re working in an office warehouse lifting small packages, a Level 1 ANSI glove is more than enough — a Level 4 would be bulky and make your work harder. - Myth: Certifications are only for big companies.
Reality: OSHA requires employers to provide personal protective equipment (PPE) that meets recognized standards, so certifications matter for every size of business, from a 5-person construction crew to a 1000-person manufacturing plant.
Why This Matters To Me (As A Supplier)
I started in this business because my cousin, a framer, got hit in the hand by a 2×4 that slipped off a stack, and the “heavy-duty” gloves he was wearing tore, leading to a trip to the ER and three months off work. Those gloves had no certification, just a sticker that said “impact resistant.” That experience taught me that certifications aren’t just boxes to check — they’re the difference between a worker going home to their family at the end of the day, or coming home injured.
That’s why all of our impact-resistant gloves undergo third-party testing to confirm their ANSI 138, CE EN 388, or ISO 10819 ratings before they hit our shelves. We don’t cut corners, because we know every glove we ship is on someone’s hand, doing a job that matters.
Ready To Find The Right Certified Impact-Resistant Gloves For Your Team?
If you’re tired of guessing if your gloves will actually protect your workers, or if you want to upgrade your current PPE to meet the latest industry standards, we’re here to help. We work with teams across construction, manufacturing, automotive, and more, and can walk you through which certification level is right for your specific hazards, no pushy sales pitch required. Reach out to us to discuss your needs and request product samples for testing.
Full Body Harness References:
- American National Standards Institute (ANSI)/International Safety Equipment Association (ISEA) 138-2019, Performance Standard for Impact-Resistant Gloves
- European Committee for Standardization (CEN) EN 388:2016, Protective Gloves Against Mechanical Risks
- International Organization for Standardization (ISO) 10819:2013, Mechanical Vibration and Shock – Gloves and Arm-wrist Supports – Measurement and Evaluation of Vibration Transmission
- U.S. Bureau of Labor Statistics, 2023 National Census of Fatal Occupational Injuries and Nonfatal Occupational Injuries and Illnesses
Shanghai Cosystar International Trading Co., Ltd.
As one of the leading impact-resistant gloves manufacturers and suppliers in China, we are specialized in providing high quality customized service for global clients. Please feel free to wholesale bulk high-grade impact-resistant gloves for sale here from our factory. Contact us for more details.
Address: Room 203-2, Buliding 7, No 520 Zhenda Road, Baoshan District, Shanghai, China Chicago office 1000 Jodie Blvd Suite 52 Oak Brook IL, 60523 – 2212
E-mail: Tonyl.tong@sh-cosystar.com
WebSite: https://www.sh-cosystar.com/
