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Touchscreen Work Gloves: How to Use Devices Without Removing Your PPE

Wed, 18 Mar 2026 18:08:03 GMT

Remember when the hardest decision at work was whether to remove your gloves to answer a call or risk frostbite? Those days are thankfully behind us. The evolution from “take off your gloves” to “keep them on” required some serious technological innovation.

Today, touchscreen-compatible work gloves allow you to stay protected while interacting with devices, but not all gloves (or screens) work the same. Let’s break down how it all works and what to look for.

Arc Flash Gloves vs. Rubber Insulating Gloves: What’s the Real Difference?

Tue, 10 Mar 2026 16:58:12 GMT

Working around live electricity is not for the faint of heart. Whether you’re up a pole, down in a pit, or wiring panels in a plant, you’re dealing with invisible danger every day. The right protective equipment—and understanding why it’s the right equipment—can mean the difference between a close call and a catastrophic incident.

When it comes to electrical PPE, two types of gloves are often confused: arc flash gloves and rubber insulating gloves . They are designed for very different hazards, and using the wrong one can leave you dangerously exposed.

Let’s break down the difference so you know exactly when each type should be used.

Understanding ANSI/ISEA 107-2020: High-Visibility Safety Standards Explained

Fri, 27 Feb 2026 21:52:00 GMT

When workers step onto construction sites, highway maintenance zones, or industrial facilities, their visibility can literally be a matter of life and death. The ANSI/ISEA 107-2020 standard serves as the cornerstone of high-visibility safety apparel requirements in the United States, establishing critical specifications that help protect workers in hazardous environments.

Whether you’re selecting safety vests, jackets, or full-body garments, understanding ANSI 107-2020 ensures you’re choosing compliant, performance-rated high-visibility apparel that meets real-world safety demands.

Bad Vibrations: The Hidden Hazard in Power Tools

Wed, 18 Feb 2026 01:14:31 GMT

You know that buzzing feeling in your hands after using a power tool all day? That’s not a badge of honor—it’s your body filing a complaint.

Vibration exposure might not draw blood or leave visible bruises, but it’s one of the most overlooked workplace hazards. Over time, constant vibration from power tools can damage nerves, reduce grip strength, and permanently affect dexterity.

Let’s break down what’s really happening, why it matters, and how to prevent long-term damage from hand-arm vibration.

Cut-Resistant Gloves 101: What You Really Need to Know

Thu, 05 Feb 2026 19:21:16 GMT

Did you know that over one-third of workplace hand injuries are caused by cuts? The good news is that most of these injuries are preventable with the right gloves. The challenge is knowing which gloves are right—because not all cut-resistant gloves are created equal.

With so many materials, ratings, and styles on the market, glove selection can feel overwhelming. Let’s simplify it and focus on what actually matters.

What Do Cut Levels and Test Results Really Mean?

Mon, 26 Jan 2026 23:03:48 GMT

You’ll often hear safety managers or buyers say they need a minimum of “Cut Level X” or “X grams of cut resistance”—but what does that actually mean? More importantly, what standard is being referenced, and which test method produced the result?

Understanding cut levels requires more than memorizing numbers. It requires knowing which standard applies, how testing is performed, and how lab results translate into real-world tasks. Let’s break it down—using the latest updates from ANSI/ISEA 105:2024.

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How to Choose the Right Work Gloves & PPE: A Practical, Standards-Driven Guide

Thu, 08 Jan 2026 19:55:27 GMT

Choosing the right glove or PPE doesn’t have to be complicated—but it does have to be deliberate. The best programs aren’t built from catalogs or marketing claims. They’re built from real hazards, current standards, and what actually works on a shop floor .

Here’s a no-nonsense, step-by-step approach to selecting hand protection that holds up in the real world.

The Unsung Heroes: A Guide to General Purpose Work Gloves

Wed, 31 Dec 2025 22:26:29 GMT

Let’s be honest: general purpose work gloves don’t get the respect they deserve. While their specialized cousins—the cut-resistant Kevlar warriors, the heat-defying welding champions, and the chemical-proof lab heroes—steal the spotlight, humble general purpose gloves are out there doing the real heavy lifting. Literally.

These gloves are the true workhorses of the industrial world, protecting millions of hands every day from very real hazards like splinters, scrapes, blisters, and the dreaded “I should have worn gloves” regret. So it’s time to give these underappreciated protectors their moment in the sun.

The Materials Menu for Cut-Resistant Gloves: Choosing the Right Protection for the Job

Wed, 17 Dec 2025 19:35:41 GMT

Cut-resistant gloves aren’t made from a single “miracle fiber.” Instead, they’re built from a menu of materials—each with strengths, limitations, and ideal use cases. Understanding how these fibers behave in real work environments is the difference between a glove that looks good on paper and one that actually protects workers on the job.

Below is a practical breakdown of the most common materials used in modern cut-resistant gloves, what they’re good at, and where caution is required.

Cut Resistance: What Really Matters When Choosing Protective Gloves

Fri, 12 Dec 2025 18:19:26 GMT

When selecting or designing cut-resistant hand and arm protection, the most important question isn’t “What’s the cut level?”—it’s “Does it work for your application?”

Cut scores, gram ratings, and standardized levels are helpful benchmarks, but they’re only starting points. The real priority is understanding how the glove will be used, what materials are being handled , and what hazards workers actually face on the job. A glove that performs flawlessly in a controlled laboratory test can still fail in the field if the application isn’t properly understood.

Effective cut protection starts with understanding the environment—not the number on the label.

ANSI/ISEA 105:2024 – They Finally Tuned the Cut Scale (Again)

Sun, 16 Nov 2025 22:24:56 GMT

It’s been nearly a decade since the ANSI/ISEA 105 standard got its much-needed overhaul in 2016. Back then, the big story was the move to a single test method and the introduction of the A1–A9 scale that actually made sense. Now, the 2024 update refines that system even further, tightening up definitions, improving consistency between labs, and addressing some nagging ambiguities around abrasion, puncture, and needle resistance.

In short: it’s evolution, not revolution—but important evolution.

From F2992 to the Future: The Test Method Still Reigns

The 2024 version keeps ASTM F2992 and the TDM-100 apparatus as the gold standard for cut resistance testing. That’s the same machine that replaced the old CPPT and its cousin from the 2005 era. If you remember the two-test-method chaos from before 2016, you’ll appreciate that this part hasn’t changed. One test method, one apparatus, consistent results.

Where the 2024 update improves things is in testing precision and repeatability . The new guidance clarifies blade calibration, sample preparation, and how to handle high-cut materials that can dull blades quickly—an issue that’s become more common with next-gen HPPE-steel and aramid composites. The point? More consistent test results between labs, fewer inflated numbers, and better real-world predictability.

The Cut Level Scale: Still A1–A9, But Cleaner Definitions

The A1–A9 levels remain , but 2024 tightens how they’re applied. The weight-to-cut-through thresholds haven’t changed dramatically, but the documentation around rounding , reporting , and labeling has. The goal is to reduce creative marketing interpretations—because “borderline A4” doesn’t belong on a spec sheet.

Performance Level : Weight (g), 20 mm Length

A1 ≥ 200
A2 ≥ 500
A3 ≥ 1000
A4 ≥ 1500
A5 ≥ 2200
A6 ≥ 3000
A7 ≥ 4000
A8 ≥ 5000
A9 ≥ 6000

The 2024 update also reinforces labeling rules , making sure manufacturers clearly identify which version of the standard their data comes from. If you see a cut level without “ANSI/ISEA 105:2024” beside it, question it. A Cut Level A5 from 2016 and one from 2024 are comparable , but the 2024 data should give you more confidence that it was tested under consistent and current conditions.

Beyond Cut: Expanded Clarity in Other Hazards

One of the stronger moves in the 2024 edition is how it integrates abrasion, puncture, and hypodermic needle resistance . In 2016, these were somewhat disjointed; now, the methods align more closely with international standards (like EN388), improving cross-market comparability.

Puncture testing now differentiates more clearly between standard puncture and needle-stick resistance , acknowledging that they are not interchangeable tests.
Abrasion resistance has been updated to reference the latest version of ASTM D3884, reducing confusion about the number of cycles.
Vibration reduction and dexterity retain their 2016 criteria but now include additional explanatory notes to improve user understanding.

While there’s still no global harmonization between ANSI and EN388, the 2024 revision narrows the gap in practice.

Practical Takeaways for Safety Managers

Use the full designation. Always specify “ANSI/ISEA 105:2024” when referencing cut levels.
Audit your glove data. If a manufacturer is still quoting 2016 results, that data may no longer align with the latest calibration and test guidance.
Avoid cross-standard confusion. EN388 and ANSI/ISEA 105 are not interchangeable. If you’re in the U.S. or Canada, ANSI is your baseline.
High-cut materials behave differently. The 2024 guidance better accounts for fiber and coating evolution—so retesting older gloves with new materials may yield new results.

Why It Matters

The reason standards evolve isn’t bureaucracy—it’s biology and engineering. Hands are still made of skin, but glove materials keep advancing. As cut-resistant fibers get tougher and coatings become more complex, the testing systems must keep up. The 2024 update doesn’t rewrite the book—it just sharpens the text so that results reflect real-world protection.

In other words: the scale didn’t change, but the lens got clearer.

Final Thoughts

Back in 2016, we said ANSI finally “fixed” the cut scale. In 2024, they’ve refined it. The addition of clearer test criteria, labeling requirements, and alignment with new material science keeps this standard relevant and trustworthy. For manufacturers, it’s a compliance checkpoint. For end users, it’s peace of mind that the glove on their hand actually matches the number on the label.

And yes—still no Level 11. Which means we can still make those Spinal Tap jokes.