Let's be honest.

Walk into any workplace, and you'll see a confusing mix of gloves. Some workers wear thick leather, others thin disposables. Some wear none at all. And when you ask why, the answer is often: "Because that's what we've always used."

But here is the reality: Hand injuries are among the most common workplace injuries, leading to lost workdays, permanent disabilities, and high medical costs. Yet nearly 70% of these injuries could be prevented with the right gloves.

So which jobs actually require gloves? And what type should you choose?

Let us break it down clearly.

When Are Gloves Required?

According to OSHA standard 1910.138(a), employers must provide hand protection when workers' hands are exposed to:

* Skin absorption of harmful substances

* Severe cuts or lacerations

* Severe abrasions

* Punctures

* Chemical burns

* Thermal burns

* Harmful temperature extremes

In simple terms: If there is any hazard that could damage your hands, gloves are required.

The Critical Exception: When NOT to Wear Gloves

Here is something many people get wrong: Not every job requires gloves—and some jobs actually forbid them.

For operators of drill presses, milling machines, lathes, and other rotating machinery, wearing gloves can be deadly. A glove corner caught in a spinning machine can pull your entire hand in, resulting in severe injuries or amputations.

The rule: If there is a risk of entanglement with rotating parts, DO NOT wear gloves. Use other safeguards instead.

Glove Types by Hazard: A Quick Reference

Based on OSHA, ANSI, and EN standards, here is when to use each type:

1. Cut-Resistant Gloves – For Sharp Objects

When required: Handling knives, glass, sheet metal, cutting tools, or any sharp materials.

Best materials: Kevlar®, HPPE, stainless steel mesh, or composite fibers.

Rating levels:

* ANSI A1-A3: Light cut hazards (cardboard, light assembly)

* ANSI A4-A6: Moderate to high (metal, glass, meat processing)

* ANSI A7-A9: Extreme (heavy glass, industrial blades)

Meiji says: For glass handling, choose at least A4. For meat processing, A5 or higher.

2. Chemical-Resistant Gloves – For Hazardous Substances

When required: Handling acids, solvents, cleaning agents, or any chemicals that can burn or be absorbed through skin.

Material selection guide:

Meiji says: Always check a chemical compatibility chart. A glove that resists one chemical may fail against another.

3. Insulated / Electrical Gloves – For Electrical Work

When required: Working on or near live electrical circuits.

Voltage classes:

* Class 00: Up to 500V (electronics, residential)

* Class 0: Up to 1,000V

* Class 1: Up to 7,500V

* Class 2: Up to 17,000V (utility work)

Critical rule: Must be tested regularly (every 6 months for high voltage classes) and worn with leather protectors.

4. Impact-Resistant Gloves – For Heavy Loads

When required: Handling heavy materials, operating equipment with pinch points, or where falling objects are a risk.

Key feature: TPR (thermoplastic rubber) padding on the back of hand and knuckles absorbs and disperses impact energy.

ANSI impact levels:

* Level 1: Absorbs 55% of impact force

* Level 2: Absorbs 67.5%

* Level 3: Absorbs 80%

5. Heat / Cold Protection Gloves – For Temperature Extremes

When required: Handling hot surfaces, working near flames, welding, or working in cold environments (-50°C or lower).

Materials: Leather, Kevlar®, Nomex®, aluminized fabrics for heat; Thinsulate™, fleece, or insulated materials for cold.

6. Disposable Gloves – For Hygiene and Light Duty

When required: Food handling, healthcare, lab work, brief chemical contact.

Note: Disposable gloves offer limited chemical protection and tear easily. They are best for short tasks where frequent glove changes are needed.

7. General Purpose / Coated Gloves – For Abrasion and Grip

When required: Handling rough materials, wet conditions, general assembly, logistics.

Coatings:

* PU (Polyurethane): Thin, breathable, excellent dexterity (electronics, inspection)

* Nitrile: Oil resistance, good grip (automotive, construction)

* Latex: Tacky grip for dry materials (brick laying, concrete)

* PVC: Waterproof (fishing, agriculture)

Selecting the Right Glove: A 5-Step Process

The Chinese national standard for hand protection selection (GB XXXX—202X) outlines a clear process:

Key Inspection Rules: Before Every Use

Always check gloves for:

* Punctures, cuts, or tears

* Swelling, softening, or cracking (chemical damage)

* Stiffness or hardening (degradation)

* Any visible wear that could compromise protection

For chemical gloves: Roll the cuff, trap air inside, and squeeze. If you hear hissing air, the glove has a leak—replace it immediately.

When to Replace Gloves

Quick Reference Table: Which Glove for Which Job?

The Meiji Commitment

At Qingdao Meiji Labor Products Co., Ltd, we know that hand protection is not about buying "a glove"—it is about buying the right glove for the job.

We manufacture a full range of protective gloves:

* Cut-resistant (HPPE, stainless steel mesh)

* Chemical-resistant (nitrile, neoprene, butyl)

* Coated gloves (PU, nitrile, latex, PVC)

* Impact-resistant gloves (TPR protection)

* Insulated gloves (electrical safety)

* Food-grade disposable gloves

Every hazard. Every industry. One trusted supplier.

Don't Guess—Choose Right

The wrong glove does not protect. It gives false confidence. And false confidence leads to injuries.

Identify the hazard. Match the glove. Protect the hands.

*  Phone: 0086-15020088730

* Visit: www.meijigloves.com

* Email: info@meijigloves.com

Qingdao Meiji — Protecting hands, one job at a time.